[ { "question":"Considering the average percentage difference between the ideal range and the actual range across all launch angles, what is the average impact of air resistance on projectile range, expressed as a percentage?", "answer":"Air resistance reduced the average projectile range by 2.36%.", "chart_name":"projectile_motion_minor_air_resistance", "category":"1", "verifier":"adnan" }, { "question":"At which launch angle is the effect of air resistance most pronounced, as measured by the largest percentage difference between the ideal and actual range?", "answer":"80 degrees.", "chart_name":"projectile_motion_minor_air_resistance", "category":"1", "verifier":"adnan" }, { "question":"What is the average absolute difference in meters between the ideal range and the actual range across all launch angles?", "answer":"The average difference between ideal and actual range is 1.26 meters.", "chart_name":"projectile_motion_minor_air_resistance", "category":"1", "verifier":"adnan" }, { "question":"Does the ratio of ideal range to actual range remain constant across all launch angles, or does it vary? Explain your answer by describing the trend observed.", "answer":"The ratio of ideal to actual range varies with launch angle, fluctuating between 1.01 and 1.05, rather than remaining constant.", "chart_name":"projectile_motion_minor_air_resistance", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in actual range (in meters) between the launch angle with the highest ideal range and the launch angle with the lowest ideal range?", "answer":"57.8 meters.", "chart_name":"projectile_motion_minor_air_resistance", "category":"1", "verifier":"adnan" }, { "question":"What launch angle produces the maximum range for a projectile with an initial velocity of approximately 15 m\/s, and why is this launch angle optimal for maximizing the range?", "answer":"A 30-degree launch angle maximizes range (45.1 m) at 15 m\/s initial velocity. This angle optimally balances air time and horizontal velocity.", "chart_name":"projectile_motion_range_initial_velocity_launch_angle", "category":"1", "verifier":"adnan" }, { "question":"For an initial velocity of approximately 15 m\/s, what launch angle results in a projectile range closest to 30 meters, and what is the exact range produced by this launch angle?", "answer":"A launch angle of 15 degrees produces a range of 31.8 meters.", "chart_name":"projectile_motion_range_initial_velocity_launch_angle", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend, what would be the approximate range of a projectile launched at 37 degrees with an initial velocity of 15 m\/s?", "answer":"Approximately 45 meters.", "chart_name":"projectile_motion_range_initial_velocity_launch_angle", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend in the relationship between launch angle and maximum height, if a projectile were launched at an angle of 90 degrees, what would be a reasonable estimation of its maximum height, and what assumptions underlie this estimation? Give an approximation which assumes a consistent relationship between launch angle and max height, and neglects factors like air resistance.", "answer":"Approximately 116.5 meters. ", "chart_name":"projectile_motion_slight_wind_effect", "category":"1", "verifier":"adnan" }, { "question":"If the maximum range of 135.7m is excessive for a particular application, requiring a reduction to approximately 110m, without altering the initial velocity, what adjusted launch angles could achieve the desired range, and how would this adjustment affect the maximum height achieved?", "answer":"To achieve a range of ~110m, use launch angles of 20\u00b0 (~17.5m max height), 60\u00b0 (~78.4m max height), or 65\u00b0 (~85.2m max height). A 25\u00b0 launch angle yields ~115.9m range (~23.9m max height).", "chart_name":"projectile_motion_slight_wind_effect", "category":"1", "verifier":"adnan" }, { "question":"Which experiment shows the highest efficiency in terms of distance covered per unit of initial velocity?", "answer":"Experiment 15.", "chart_name":"projectile_motion_time_distance_initial_velocity", "category":"1", "verifier":"adnan" }, { "question":"Assuming a quadratic relationship between initial velocity and distance (Distance \n proportional to velocity squared), what would be the approximate constant of proportionality, and approximately how far would a projectile travel with an initial velocity of 100 m\/s, given this relationship?", "answer":"The constant of proportionality is approximately 0.1, resulting in a predicted distance of approximately 1000m for a 100 m\/s initial velocity.", "chart_name":"projectile_motion_time_distance_initial_velocity", "category":"1", "verifier":"adnan" }, { "question":"If the goal is to have a projectile travel approximately 300 meters, which initial velocity is closest to achieving this distance?", "answer":"55.2 m\/s", "chart_name":"projectile_motion_time_distance_initial_velocity", "category":"1", "verifier":"adnan" }, { "question":"Observing the average increase in distance for every 5 m\/s increase in initial velocity, approximately how far would a projectile travel if its initial velocity was 85 m\/s?", "answer":"Approximately 707 meters.", "chart_name":"projectile_motion_time_distance_initial_velocity", "category":"1", "verifier":"adnan" }, { "question":"Considering projects E123 and H101, what is the difference in total hours contributed between the larger team (E123) and the smaller team (H101)?", "answer":"The difference in total hours contributed is 161.6 hours.", "chart_name":"project_team_size_individual_contribution", "category":"1", "verifier":"adnan" }, { "question":"If project F456's average individual contribution were to match that of project K789, what would its total project hours be, and how does this compare to the current total hours of project E123?", "answer":"Project F456's total hours would be 270, which is 43.2 hours less than project E123's current total.", "chart_name":"project_team_size_individual_contribution", "category":"1", "verifier":"adnan" }, { "question":"Compare projects with the highest and lowest average individual contribution. What is the difference in team sizes, and how does this difference relate to the variation in average individual contributions?", "answer":"Projects with the highest and lowest average individual contributions differ by 20.1 hours. The corresponding team sizes differ by 13, suggesting smaller teams contribute more per person.", "chart_name":"project_team_size_individual_contribution", "category":"1", "verifier":"adnan" }, { "question":"Considering properties located within 0.5 miles of a park, how does the transportation index correlate with property prices, and what is the average price range observed?", "answer":"Properties within 0.5 miles of a park show a strong positive correlation (0.88) between transportation index and price, averaging around $1,167,500.", "chart_name":"real_estate_property_prices_location_amenities", "category":"1", "verifier":"adnan" }, { "question":"If a new property is built 2 miles away from the nearest shopping center and maintains an average transportation index of 7.0, and a distance to the nearest park of 1 mile, what would be a reasonable estimate of its price based on observed trends?", "answer":"Based on observed trends, the estimated price would be $765,945.", "chart_name":"real_estate_property_prices_location_amenities", "category":"1", "verifier":"adnan" }, { "question":"Compare the average property price of properties located within 1 mile of a park to those located more than 3 miles from a park. What is the price difference and what does it suggest about the impact of proximity to parks on property values?", "answer":"Properties within 1 mile of a park are, on average, $669,375 more expensive than those over 3 miles away, indicating that proximity to parks significantly increases property value.", "chart_name":"real_estate_property_prices_location_amenities", "category":"1", "verifier":"adnan" }, { "question":"Based on the trend observed in the ratio of angles, if the angle of incidence was 60 degrees, what would be the approximate angle of refraction, and what assumptions are made in this extrapolation? Convert your answer to the nearest integer value.", "answer":"Approximately 43 degrees. This assumes a linear relationship between angles and a constant refractive index.", "chart_name":"refraction_index_angle_incidence_angle_refraction", "category":"1", "verifier":"adnan" }, { "question":"Which experiment shows the largest difference between the angle of incidence and the angle of refraction?", "answer":"Experiment 5 shows the greatest difference.", "chart_name":"refraction_index_angle_incidence_angle_refraction", "category":"1", "verifier":"adnan" }, { "question":"If the refractive index of the medium is directly proportional to the difference between the angle of incidence and the angle of refraction, which experiment suggests a higher refractive index for the medium through which the light is passing?", "answer":"Experiment 5.", "chart_name":"refraction_index_angle_incidence_angle_refraction", "category":"1", "verifier":"adnan" }, { "question":"Considering restaurants with an average rating above 4.2, which restaurant exhibits the greatest disparity between its average rating and customer satisfaction score?", "answer":"The Bistro.", "chart_name":"restaurant_customer_satisfaction_price_range", "category":"1", "verifier":"adnan" }, { "question":"Which restaurant demonstrates the smallest difference between its customer satisfaction score and its average rating?", "answer":"Sea Grill.", "chart_name":"restaurant_customer_satisfaction_price_range", "category":"1", "verifier":"adnan" }, { "question":"Identify two restaurants with similar customer satisfaction scores (within 0.2 points of each other) but a significant difference (more than 0.4 points) in their average ratings. Name the restaurants and their respective scores.", "answer":"The Bistro (Customer Satisfaction: 4.2, Average Rating: 4.5) and Pizza Palace (Customer Satisfaction: 4.1, Average Rating: 4.0) have similar customer satisfaction but significantly different average ratings.", "chart_name":"restaurant_customer_satisfaction_price_range", "category":"1", "verifier":"adnan" }, { "question":"A food critic is looking for restaurants with excellent customer satisfaction scores and high average ratings. Considering only restaurants with customer satisfaction scores above 4.5, which restaurant would best fit their criteria based on the highest average rating?", "answer":"The French Laundry, with a customer satisfaction score above 4.5, has the highest average rating.", "chart_name":"restaurant_customer_satisfaction_price_range", "category":"1", "verifier":"adnan" }, { "question":"If a restaurant review website highlights restaurants needing improvement, which two restaurants would likely be flagged first based on both low customer satisfaction and low average rating scores, and what are their respective scores?", "answer":"Burger Joint (Customer Satisfaction: 3.5, Average Rating: 3.6) and Olive Garden (Customer Satisfaction: 3.7, Average Rating: 3.8) would be flagged, as both have relatively low scores in both categories.", "chart_name":"restaurant_customer_satisfaction_price_range", "category":"1", "verifier":"adnan" }, { "question":"Comparing days with customer traffic above 150 and below 120, what is the difference in average revenue generated per customer?", "answer":"The average revenue per customer is $4762.22 higher.", "chart_name":"retail_store_sales_customer_traffic", "category":"1", "verifier":"adnan" }, { "question":"Does this indicate that sales revenue is positively correlated with customer traffic? ", "answer":"Yes", "chart_name":"retail_store_sales_customer_traffic", "category":"1", "verifier":"adnan" }, { "question":"How many days saw a sales revenue greater than or equal to $15k ?", "answer":"0", "chart_name":"retail_store_sales_customer_traffic", "category":"1", "verifier":"adnan" }, { "question":"If the Living Room, Kitchen, and Master Bedroom were to use energy-efficient lighting, reducing their energy consumption by 20%, what would their combined energy consumption be, and how much would this reduce the total energy usage of the three rooms compared to their original consumption?", "answer":"Combined energy consumption would be 5.28 kWh, a 1.32 kWh reduction.", "chart_name":"room_lighting_energy_consumption", "category":"1", "verifier":"adnan" }, { "question":"If a new room is added with a lighting level of 2600 lumens, based on the current trend, what would be its estimated energy consumption (kWh)?", "answer":"Approximately 13.7 kWh.", "chart_name":"room_lighting_energy_consumption", "category":"1", "verifier":"adnan" }, { "question":"Assuming an electricity cost of $0.15 per kWh, what would be the total energy cost for the Bathroom, Home Office, and Kids' Bedroom combined, for a month?", "answer":"$3.18", "chart_name":"room_lighting_energy_consumption", "category":"1", "verifier":"adnan" }, { "question":"How many times more energy does the Garage consume compared to the Living Room, and what is the difference in lumens between the two rooms?", "answer":"The Garage consumes 8.5 times more energy than the Living Room, and has 1800 more lumens of lighting.", "chart_name":"room_lighting_energy_consumption", "category":"1", "verifier":"adnan" }, { "question":"Considering energy consumption, what is the most energy-efficient room size per square foot, and what is the energy consumption per sqft for that size?", "answer":"750 sq ft rooms are most energy-efficient, consuming 0.37 kWh\/sq ft\/month.", "chart_name":"room_size_heating_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend, what would be the approximate energy consumption (in kWh\/month) for a room of 800 sqft, assuming the same pattern of heating efficiency reduction? Approximate to the nearest tens digit number (kWh\/month).", "answer":"Approximately 290 kWh\/month.", "chart_name":"room_size_heating_efficiency", "category":"1", "verifier":"adnan" }, { "question":"What is the approximate increase in energy consumption per additional 50 sqft of room size based on the average across all sizes, and does this increase remain relatively consistent across all room sizes?", "answer":"Energy consumption increases by approximately 15 kWh per month for every extra 50 sqft, and this increase is consistent across room sizes.", "chart_name":"room_size_heating_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Considering the months with the highest and lowest heating costs, what is the temperature difference between the average room temperature of the most expensive month and the least expensive month, and what is the financial difference between the highest and lowest heating costs?", "answer":"The average room temperature difference between the highest and lowest heating cost months is 5.7\u00b0F, and the cost difference is $37.56.", "chart_name":"room_temperature_heating_cost", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average heating cost of the three coldest months (December, January, February) and the average heating cost of the three warmest months (June, July, August)?", "answer":"The average heating cost is $32.33 higher during the three coldest months (December-February) than during the three warmest months (June-August).", "chart_name":"room_temperature_heating_cost", "category":"1", "verifier":"adnan" }, { "question":"If the average room temperature in December were to increase by 2 degrees Fahrenheit while all other conditions remain the same, extrapolating from the relationship between temperature and cost shown in the data, what would be an approximate estimate for the expected heating cost for that month?", "answer":"Approximately $231.19.", "chart_name":"room_temperature_heating_cost", "category":"1", "verifier":"adnan" }, { "question":"Considering the month with the lowest heating cost, what is its average room temperature, and what is the percentage reduction in heating cost compared to the month with the highest heating cost?", "answer":"The month with the lowest heating cost had an average room temperature of 62.8\u00b0F, representing an 18.11% reduction in heating costs compared to the highest-cost month.", "chart_name":"room_temperature_heating_cost", "category":"1", "verifier":"adnan" }, { "question":"Considering the sales revenue generated per hour of sales training invested across all quarters, which quarter demonstrates the highest return on investment in sales training?", "answer":"Q3 2024 had the highest return on investment for sales training.", "chart_name":"sales_performance_lead_generation_conversion_rate_sales_training", "category":"1", "verifier":"adnan" }, { "question":"Which quarter shows the highest sales revenue generated per lead, indicating the most efficient conversion of leads into sales?", "answer":"2024-Q4 had the highest sales revenue per lead.", "chart_name":"sales_performance_lead_generation_conversion_rate_sales_training", "category":"1", "verifier":"adnan" }, { "question":"Comparing consecutive quarters, what is the average increase in sales revenue per additional lead generated, and is this value consistent across all consecutive periods?", "answer":"On average, each additional lead generated increased sales revenue by $1720. However, this increase varied significantly across quarters.", "chart_name":"sales_performance_lead_generation_conversion_rate_sales_training", "category":"1", "verifier":"adnan" }, { "question":"Considering schools that have achieved average test scores above 90, what is the average teacher-student ratio in these schools, and how does this compare to the overall average teacher-student ratio across all schools?", "answer":"Schools with average test scores above 90 have an average teacher-student ratio of 13.0, compared to an overall average of 17.67 across all schools.", "chart_name":"school_student_performance_teacher_student_ratio", "category":"1", "verifier":"adnan" }, { "question":"Compare the average test scores of schools with a teacher-student ratio above 20 and those with a ratio below 15. Does this comparison indicate a correlation between the teacher-student ratio and average test scores?", "answer":"Schools with a teacher-student ratio above 20 had an average test score of 79.57, while those below 15 scored 91.37. This suggests a negative correlation between teacher-student ratio and average test scores.", "chart_name":"school_student_performance_teacher_student_ratio", "category":"1", "verifier":"adnan" }, { "question":"What is the average teacher-student ratio in schools that have achieved graduation rates above 95%, and how does this compare to the overall average teacher-student ratio across all the schools?", "answer":"Schools with graduation rates above 95% have an average teacher-student ratio of 13.0, compared to an overall average of 17.67 across all schools.", "chart_name":"school_student_performance_teacher_student_ratio", "category":"1", "verifier":"adnan" }, { "question":"Among devices with screens between 10 and 12 inches, which device has the longest battery life?", "answer":"Tablet D.", "chart_name":"screen_size_battery_life", "category":"1", "verifier":"adnan" }, { "question":"Which device category (laptop, tablet, smartphone) has the highest average battery life?", "answer":"Tablets have the highest average battery life.", "chart_name":"screen_size_battery_life", "category":"1", "verifier":"adnan" }, { "question":"What is the battery life of the device with the smallest screen size?", "answer":"10.8 hours.", "chart_name":"screen_size_battery_life", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in battery life between the laptop with the longest and shortest battery life?", "answer":"3.6 hours.", "chart_name":"screen_size_battery_life", "category":"1", "verifier":"adnan" }, { "question":"If we were to double the length of the pendulum from 0.5m to 1m, while keeping gravity approximately constant at 9.8 m\/s^2, would the increase in the period be approximately double the original period of 1.4142s?", "answer":"No. Doubling the pendulum's length increases the period from 1.4142s to 2.01s, not to approximately 2.8284s.", "chart_name":"simple_pendulum_period_length_gravity", "category":"1", "verifier":"adnan" }, { "question":"Comparing rows with similar lengths (e.g., 0.5m and 0.6m), how does a slight increase in gravitational acceleration (from 9.8 m\/s^2 to 9.82 m\/s^2) affect the period of the pendulum? Quantify the change in period as a percentage.", "answer":"A 0.2% decrease in the period.", "chart_name":"simple_pendulum_period_length_gravity", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend in the table, what would be the approximate period of a pendulum with a length of 1.5m assuming a constant gravitational acceleration of approximately 9.8 m\/s^2?", "answer":"Approximately 2.4 seconds.", "chart_name":"simple_pendulum_period_length_gravity", "category":"1", "verifier":"adnan" }, { "question":"Compare the periods of pendulums with lengths of 0.3m and 0.7m. Considering the slight variation in gravitational acceleration, which factor\u2014length or gravity\u2014has a more significant impact on the observed difference in their periods?", "answer":"The difference in period is primarily due to the difference in length, not gravity.", "chart_name":"simple_pendulum_period_length_gravity", "category":"1", "verifier":"adnan" }, { "question":"Considering only days with a Content Quality Score below 7, is there an inverse correlation between Posting Frequency and Average Engagement?", "answer":"Yes, there's a strong negative correlation (-0.8) between posting frequency and average engagement on days with a content quality score below 7.", "chart_name":"social_media_engagement_content_quality_posting_frequency", "category":"1", "verifier":"adnan" }, { "question":"Which is more preferred according to this with respect to quality: More posts per day or Less posts per day?", "answer":"Less posts per day.", "chart_name":"social_media_engagement_content_quality_posting_frequency", "category":"1", "verifier":"adnan" }, { "question":"Did the day with the highest Posting frequency have the lowest Quality score?", "answer":"Yes", "chart_name":"social_media_engagement_content_quality_posting_frequency", "category":"1", "verifier":"adnan" }, { "question":"On which day was the highest Content Quality Score achieved?", "answer":"The highest Content Quality Score (10) was achieved on Thursday.", "chart_name":"social_media_engagement_content_quality_posting_frequency", "category":"1", "verifier":"adnan" }, { "question":"Is there a strong positive correlation between the sum of average likes, shares, and comments per user and the advertising revenue generated across all the platforms listed?", "answer":"No, advertising revenue doesn't strongly correlate with the combined average likes, shares, and comments across platforms.", "chart_name":"social_media_platform_user_engagement_advertising_revenue", "category":"1", "verifier":"adnan" }, { "question":"Considering the platform with the highest average daily active users, how does its advertising revenue compare proportionally to platforms with substantially fewer active users, and what does this indicate about the efficiency of ad revenue generation per user?", "answer":"Facebook, with the most daily active users, earned $117,928 million in advertising revenue, significantly more than the $14,571 million earned by platforms with under 500 million daily active users. This suggests larger platforms generate substantially more ad revenue per user ($40.52M vs. $12.53M).", "chart_name":"social_media_platform_user_engagement_advertising_revenue", "category":"1", "verifier":"adnan" }, { "question":"Which platform exhibits the highest advertising revenue generated per average daily active user, indicating the most effective monetization strategy?", "answer":"Facebook.", "chart_name":"social_media_platform_user_engagement_advertising_revenue", "category":"1", "verifier":"adnan" }, { "question":"Among the platforms with above-average user engagement (measured by the sum of average likes, shares, and comments per user), which platform demonstrates a disproportionately lower advertising revenue compared to its engagement levels, suggesting areas for potential improvement in revenue generation?", "answer":"Twitch.", "chart_name":"social_media_platform_user_engagement_advertising_revenue", "category":"1", "verifier":"adnan" }, { "question":"Considering that the bug rate is per 1000 lines of code, which software project had the highest total number of bugs reported?", "answer":"Hotel had the most bugs.", "chart_name":"software_complexity_bug_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the average bug rate across all software projects, and which software projects have bug rates higher than this average?", "answer":"The average bug rate is 10.82 bugs per 1000 lines of code. Delta, Foxtrot, Hotel, Juliet, Kilo, and Lima exceed this average.", "chart_name":"software_complexity_bug_rate", "category":"1", "verifier":"adnan" }, { "question":"Does the software project with the fewest lines of code also have a below-average bug rate?", "answer":"Yes, the software with the fewest lines of code has a below-average bug rate.", "chart_name":"software_complexity_bug_rate", "category":"1", "verifier":"adnan" }, { "question":"Considering all software projects together, what is the overall bug rate per 1000 lines of code?", "answer":"The overall bug rate is 10.71 per 1000 lines of code.", "chart_name":"software_complexity_bug_rate", "category":"1", "verifier":"adnan" }, { "question":"How does the size (lines of code) of the software with the highest bug rate compare to the average size of all the software projects?", "answer":"The software with the highest bug rate is significantly larger (98,765 lines) than the average software project (45,421 lines), exceeding the average by 53,344 lines.", "chart_name":"software_complexity_bug_rate", "category":"1", "verifier":"adnan" }, { "question":"In March 2023, there was a significant increase in marketing spending compared to February. However, the increase in software downloads from March to April was less than the increase in marketing spending from February to March. What was the percentage change in marketing spend from February to March, and how does this compare to the percentage change in software downloads from March to April?", "answer":"Marketing spending increased by 22.22% from February to March, while software downloads only increased by 3.7% from March to April.", "chart_name":"software_downloads_user_ratings_marketing_spend", "category":"1", "verifier":"adnan" }, { "question":"Comparing the month with the highest average user rating to the month with the lowest average user rating within the dataset, what is the difference in the number of software downloads, and what does this suggest about the influence of user ratings on download numbers?", "answer":"There's a 13,000 software download difference between the months with the highest and lowest average user ratings. This suggests that while positive ratings correlate with more downloads, other factors like marketing significantly influence download numbers.", "chart_name":"software_downloads_user_ratings_marketing_spend", "category":"1", "verifier":"adnan" }, { "question":"Based on the average monthly increase in software downloads from January 2023 to December 2023, what is the projected number of software downloads for January 2025, assuming a consistent monthly growth rate?", "answer":"37,500", "chart_name":"software_downloads_user_ratings_marketing_spend", "category":"1", "verifier":"adnan" }, { "question":"Is there a consistent relationship between defect density and maintenance cost across all years, and if so, what is the approximate ratio between the two (as the closest integer) ?", "answer":"Yes, maintenance cost is consistently about 5 times the defect density.", "chart_name":"software_quality_maintenance_costs", "category":"1", "verifier":"adnan" }, { "question":"What was the average maintainance cost for the years 2022-2024 (in percentage)?", "answer":"7.8%", "chart_name":"software_quality_maintenance_costs", "category":"1", "verifier":"adnan" }, { "question":"What is the total percentage reduction in maintenance costs from 2013 to 2024 relative to the total maintenance cost in 2013?", "answer":"Maintenance costs reduced by 61.08% from 2013 to 2024.", "chart_name":"software_quality_maintenance_costs", "category":"1", "verifier":"adnan" }, { "question":"Considering the ratio of software updates released to security vulnerabilities discovered each month, and taking into account the number of active devices, which month demonstrated the most effective strategy in mitigating security risks?", "answer":"March 2023 had the best ratio of software updates to security vulnerabilities, considering the number of active devices.", "chart_name":"software_updates_security_vulnerabilities", "category":"1", "verifier":"adnan" }, { "question":"What was the average monthly increase in the number of active devices, and how does this average compare to the average number of software updates released per month?", "answer":"On average, the number of active devices increased by 119.18 per month. This is significantly higher than the average of 9.83 software updates released monthly.", "chart_name":"software_updates_security_vulnerabilities", "category":"1", "verifier":"adnan" }, { "question":"Based on the average number of security vulnerabilities discovered per month from July to December 2023, approximately how many vulnerabilities would be expected in January 2024, assuming the trend continues?", "answer":"Approximately 24 vulnerabilities.", "chart_name":"software_updates_security_vulnerabilities", "category":"1", "verifier":"adnan" }, { "question":"What is the plant height in centimeters for the soil sample exhibiting the highest compaction level?", "answer":"6.2 cm", "chart_name":"soil_compaction_plant_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average plant height (in cm) between soil samples with compaction levels below 1650 kg\/m3 and those with compaction levels above 1700 kg\/m3?", "answer":"The average plant height is 3.96 cm greater in soil samples with compaction levels below 1650 kg\/m3 than in those above 1700 kg\/m3.", "chart_name":"soil_compaction_plant_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the root depth (in cm) of the soil sample that shows the least plant height?", "answer":"3.9 cm", "chart_name":"soil_compaction_plant_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the compaction level (in kg\/m3) of the soil sample that has the maximum root depth?", "answer":"1580 kg\/m\u00b3", "chart_name":"soil_compaction_plant_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average compaction level (in kg\/m3) and the average plant height (in cm) across all soil samples?", "answer":"The average compaction level exceeds the average plant height by 1601.27 kg\/m\u00b3.", "chart_name":"soil_compaction_plant_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the water infiltration rate (in cm\/hr) for the soil sample with the highest compaction level?", "answer":"8.5 cm\/hr", "chart_name":"soil_compaction_water_infiltration", "category":"1", "verifier":"adnan" }, { "question":"Determine the water infiltration rate for the soil sample exhibiting the least compaction.", "answer":"16.2 cm\/hr", "chart_name":"soil_compaction_water_infiltration", "category":"1", "verifier":"adnan" }, { "question":"Compare the average water infiltration rate for soil samples with compaction levels below 20% to those with compaction levels above 20%. Describe the difference.", "answer":"Soil samples with compaction levels below 20% had an average water infiltration rate 4.34 cm\/hr higher than those above 20%.", "chart_name":"soil_compaction_water_infiltration", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average water infiltration rate for soil samples with compaction levels between 20% and 28%.", "answer":"The average water infiltration rate for soil samples with compaction levels between 20% and 28% is 10.82 cm\/hr.", "chart_name":"soil_compaction_water_infiltration", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in evaporation rate (mm\/day) between the day with the highest soil moisture and the day with the lowest soil moisture?", "answer":"The evaporation rate differed by 1.7 mm\/day between the days with the highest and lowest soil moisture.", "chart_name":"soil_moisture_water_evaporation", "category":"1", "verifier":"adnan" }, { "question":"On days when the soil moisture percentage was above the average soil moisture for the 15 days, what was the average evaporation rate (mm\/day)?", "answer":"5.11 mm\/day", "chart_name":"soil_moisture_water_evaporation", "category":"1", "verifier":"adnan" }, { "question":"If the soil moisture reached 35%, assuming a linear relationship between soil moisture and evaporation rate based on the data, what would be the estimated evaporation rate (mm\/day)?", "answer":"5.93 mm\/day", "chart_name":"soil_moisture_water_evaporation", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average levels of Nitrogen, Phosphorus, and Potassium across all fields. How does this average nutrient profile compare to the average fertilizer application rate? ", "answer":"Nitrogen averaged 123.89 ppm, phosphorus 46.42 ppm, and potassium 113.25 ppm. The average fertilizer application rate was 76.47 lbs\/acre. Nutrient levels are higher than expected.", "chart_name":"soil_nutrient_levels_fertilizer_application", "category":"1", "verifier":"adnan" }, { "question":"Compare the fertilizer application rates between the field with the highest nitrogen level and the field with the lowest nitrogen level. What is the difference in fertilizer application rate (lbs\/acre) and what does this difference suggest about the impact of nitrogen levels on fertilizer needs?", "answer":"The field with the highest nitrogen level used 17 lbs\/acre less fertilizer than the field with the lowest nitrogen level. This suggests that higher nitrogen levels may reduce fertilizer needs.", "chart_name":"soil_nutrient_levels_fertilizer_application", "category":"1", "verifier":"adnan" }, { "question":"Identify the field with the lowest Potassium level. Are the Nitrogen and Phosphorus levels in that same field also below average compared to the overall average values for each of these nutrients? What does this suggest about the nutritional balance (or imbalance) in that specific field?", "answer":"Field 2 has the lowest potassium level, and its nitrogen and phosphorus levels are also below average. This indicates a potential nutrient imbalance, likely a potassium deficiency impacting nitrogen and phosphorus uptake.", "chart_name":"soil_nutrient_levels_fertilizer_application", "category":"1", "verifier":"adnan" }, { "question":"For each field, calculate the total nutrient level (sum of Nitrogen, Phosphorus, and Potassium). Then, analyze the relationship between this total nutrient level and the fertilizer application rate. Is there a clear trend indicating that higher total nutrient levels correlate with lower fertilizer application rates?", "answer":"Yes, higher total nutrient levels generally correlate with lower fertilizer application rates.", "chart_name":"soil_nutrient_levels_fertilizer_application", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average speed of all trips. Then identify all trips where the speed is below the calculated average speed.", "answer":"Trips 1, 4, 5, 6, 7, 8, 10, 11, and 12 had speeds below the average.", "chart_name":"speed_distance_time", "category":"1", "verifier":"adnan" }, { "question":"Determine the total distance covered across all trips and then identify the trip that covered the longest distance.", "answer":"The total distance covered across all trips is 4981.10 km. Trip 12 covered the longest distance.", "chart_name":"speed_distance_time", "category":"1", "verifier":"adnan" }, { "question":"Compute the total time spent on all trips combined. Then, pinpoint the trip that had the shortest travel time.", "answer":"Total travel time: 101.1 hours. Trip 2 had the shortest duration.", "chart_name":"speed_distance_time", "category":"1", "verifier":"adnan" }, { "question":"List all the trips that took longer than average time taken for all trips.", "answer":"Trips 8, 9, 10, 11, and 12 took longer than the average trip time.", "chart_name":"speed_distance_time", "category":"1", "verifier":"adnan" }, { "question":"Find the trip with the longest distance and the trip with the shortest distance. Then calculate the difference in distance between these two trips.", "answer":"The difference in distance between the longest and shortest trips is 899.30 km.", "chart_name":"speed_distance_time", "category":"1", "verifier":"adnan" }, { "question":"Considering the relationship between average income and healthcare access, which state shows the most comprehensive healthcare access relative to its average income, and why is that state considered better than others?", "answer":"Maryland shows the most comprehensive healthcare access relative to its average income because it likely combines a high percentage of its population with health insurance and a sufficient number of hospitals per capita, all while maintaining a relatively high average income.", "chart_name":"state_average_income_healthcare_access", "category":"1", "verifier":"adnan" }, { "question":"Which state among those with above-average hospital access (above 2.5 hospitals per 100,000 people) and health insurance coverage (above 92%) has the highest average income?", "answer":"New York has the highest average income among states with over 2.5 hospitals per 100,000 people and over 92% health insurance coverage.", "chart_name":"state_average_income_healthcare_access", "category":"1", "verifier":"adnan" }, { "question":"Considering states with an average income above $70,000, which state stands out with the highest number of hospitals per 100,000 people, indicating a strong correlation between income and healthcare infrastructure?", "answer":"Among states with average incomes exceeding $70,000, New York has the most hospitals per 100,000 people.", "chart_name":"state_average_income_healthcare_access", "category":"1", "verifier":"adnan" }, { "question":"Comparing North Carolina and Michigan, which state offers better healthcare access given their similar average income levels, based on both health insurance coverage and number of hospitals per capita, and how is this determined?", "answer":"Michigan offers better healthcare access. It has a higher percentage of its population with health insurance and more hospitals per 100,000 people than North Carolina.", "chart_name":"state_average_income_healthcare_access", "category":"1", "verifier":"adnan" }, { "question":"Considering average income, percentage of population with health insurance, and number of hospitals per capita, which state appears to have the most robust overall healthcare system, and what factors support this conclusion?", "answer":"New York, due to its high average income, high percentage of its population with health insurance, and relatively high number of hospitals per capita.", "chart_name":"state_average_income_healthcare_access", "category":"1", "verifier":"adnan" }, { "question":"If the total GDP growth of all states is considered, and knowing the total climate change investment, what is the overall GDP growth percentage per $1000 million invested in climate change initiatives?", "answer":"Each $1 billion invested in climate change yielded a 0.35% increase in overall GDP growth.", "chart_name":"state_climate_change_investment_growth", "category":"1", "verifier":"adnan" }, { "question":"Does the state with the highest climate change investment have a GDP growth percentage higher than the average GDP growth percentage of all other states?", "answer":"Yes.", "chart_name":"state_climate_change_investment_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the average GDP growth percentage of states with climate change investment below the median investment?", "answer":"States with below-median climate change investment averaged 2.07% GDP growth.", "chart_name":"state_climate_change_investment_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering the positive correlation between higher college graduation rates and higher average incomes, which state shows the largest relative disparity between its average income and its college graduation rate compared to other states in the dataset?", "answer":"New York shows the largest gap between its average income and college graduation rate.", "chart_name":"state_college_graduation_rate_income", "category":"1", "verifier":"adnan" }, { "question":"Among the states with a college graduation rate exceeding 65%, which state boasts the highest average income?", "answer":"Massachusetts has the highest average income among states with a college graduation rate over 65%.", "chart_name":"state_college_graduation_rate_income", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average income between the group of states with college graduation rates above 62% and the group of states with graduation rates below 62%?", "answer":"$16,020", "chart_name":"state_college_graduation_rate_income", "category":"1", "verifier":"adnan" }, { "question":"Assuming a linear relationship between college graduation rate and average income based on the data provided, what would be the approximate average income of a state with a 75% college graduation rate?", "answer":"$103,247", "chart_name":"state_college_graduation_rate_income", "category":"1", "verifier":"adnan" }, { "question":"An educational foundation seeks to invest in states with both high college graduation rates and high average incomes. Based on the data, which state would be the most attractive investment opportunity for this foundation, considering both factors?", "answer":"Massachusetts, exhibiting high college graduation rates and high average income, presents the most attractive investment opportunity.", "chart_name":"state_college_graduation_rate_income", "category":"1", "verifier":"adnan" }, { "question":"Determine if states with GDP growth above the average GDP growth rate also show above average energy consumption, and if so what is the difference between the average energy consumption and the average energy consumption for the subset of states with above-average GDP growth rates?", "answer":"States with above-average GDP growth consume, on average, 10.23 trillion BTU less energy than the overall average.", "chart_name":"state_energy_consumption_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering the relationship between energy consumption and GDP growth, if a state has a GDP growth of 1.7%, similar to Maine and Alaska, and falls within the range of low energy consumption, approximately what would you expect its energy consumption to be in Trillion BTU based on the observed trend? Approximate your answer to the nearest integer (in trillion BTU).", "answer":"60", "chart_name":"state_energy_consumption_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering both 'AgricultureInvestment(MillionUSD)' and 'AverageFarmSize(Acres)', which state demonstrates the most efficient investment strategy, meaning the highest agricultural investment per acre of farmland?", "answer":"California has the highest agricultural investment per acre.", "chart_name":"state_food_security_investment_agriculture", "category":"1", "verifier":"adnan" }, { "question":"Are the Food Security Index values of states with above-average farm sizes (above the average of all states) consistently higher or lower than the average Food Security Index?", "answer":"States with larger-than-average farms tend to have higher Food Security Indices and greater agricultural investment.", "chart_name":"state_food_security_investment_agriculture", "category":"1", "verifier":"adnan" }, { "question":"If Georgia increased its per capita healthcare expenditure to match the average of the top three highest-spending states (Massachusetts, Connecticut, New Jersey), what would be a reasonable estimate of the resulting life expectancy, assuming a linear relationship between expenditure and life expectancy based on the current data?", "answer":"Approximately 80 years.", "chart_name":"state_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average life expectancies of states with per capita healthcare expenditure above the median.", "answer":"States with above-median per capita healthcare expenditure had an average life expectancy of 79.81 years.", "chart_name":"state_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"Considering states with infrastructure spending above the average, is their average GDP growth rate higher than the overall average GDP growth rate of all the states in the table?", "answer":"No, states with above-average infrastructure spending do not have a higher average GDP growth rate than the overall average.", "chart_name":"state_investment_in_infrastructure_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"Are more than half of the states with infrastructure spending above the average also showing GDP growth above the average GDP growth for all states listed?", "answer":"No.", "chart_name":"state_investment_in_infrastructure_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"Among the states that exceed the average infrastructure spending by more than 25%, what is the average GDP growth rate compared to the overall average GDP growth across all states in the table?", "answer":"States with infrastructure spending exceeding the average by more than 25% show a GDP growth 0.16 percentage points lower than the overall average.", "chart_name":"state_investment_in_infrastructure_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"How does the GDP growth rate of the state with the highest infrastructure spending compare to the average GDP growth rate of the remaining states?", "answer":"New York, with the highest infrastructure spending, had a GDP growth of 2.1%, below the average of 2.49% for other states.", "chart_name":"state_investment_in_infrastructure_gdp_growth", "category":"1", "verifier":"adnan" }, { "question":"Compare the average happiness index of the three states with the lowest public health investment to the average happiness index of the three states with the highest public health investment. What is the difference between these two averages?", "answer":"The average happiness index is 0.6 points higher in states with the highest public health investment than in those with the lowest.", "chart_name":"state_public_health_investment_happiness_index", "category":"1", "verifier":"adnan" }, { "question":"For states whose public health investment is more than 20% below the average public health investment across all states, what is the average reported happiness index?", "answer":"States with public health investments more than 20% below average have an average happiness index of 6.7.", "chart_name":"state_public_health_investment_happiness_index", "category":"1", "verifier":"adnan" }, { "question":"What is the average public health investment in states reporting a happiness index above 7.0, and how does it compare to the overall average public health investment across all the listed states?", "answer":"States with a happiness index above 7.0 had an average public health investment of $11,800 million, exceeding the overall average of $9,233 million.", "chart_name":"state_public_health_investment_happiness_index", "category":"1", "verifier":"adnan" }, { "question":"Considering states with per-student spending exceeding $10,000, is there a positive correlation between higher per-student spending and GDP growth rate?", "answer":"No, among states spending over $10,000 per student, higher spending doesn't correlate with higher GDP growth.", "chart_name":"state_tax_investment_in_education_growth", "category":"1", "verifier":"adnan" }, { "question":"Compare California and Pennsylvania, which have similar GDP growth rates. Considering their difference in state tax revenue and per-student spending, which factor seems more influential on the similar growth rate in these two states?", "answer":"California and Pennsylvania's similar GDP growth rates, despite differences in per-student spending, suggest state tax revenue is the more influential factor.", "chart_name":"state_tax_investment_in_education_growth", "category":"1", "verifier":"adnan" }, { "question":"Among states with GDP growth rates above the overall average, what is the average per-student spending, and how does this compare to the overall average per-student spending?", "answer":"Among states with above-average GDP growth, average per-student spending is $9,546, which is lower than the overall average of $11,102.", "chart_name":"state_tax_investment_in_education_growth", "category":"1", "verifier":"adnan" }, { "question":"Identify the state with the highest state tax revenue. Does this state also have above-average per-student spending and a correspondingly high GDP growth rate compared to the other states?", "answer":"California has the highest state tax revenue. While its per-student spending is above average, its GDP growth rate is below average.", "chart_name":"state_tax_investment_in_education_growth", "category":"1", "verifier":"adnan" }, { "question":"Among states with a 0% corporate tax rate, which state exhibits the highest business growth rate, and what is that rate?", "answer":"Texas has the highest business growth rate at 4.5% among states with a 0% corporate tax rate.", "chart_name":"state_tax_rate_business_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the corporate tax rate in the state with the lowest business growth rate?", "answer":"9.99%", "chart_name":"state_tax_rate_business_growth", "category":"1", "verifier":"adnan" }, { "question":"Comparing Texas and California, considering both business growth rate and corporate tax rate, which state presents a seemingly more favorable business environment, based solely on these two factors?", "answer":"Based on lower corporate taxes and higher business growth, Texas presents a more favorable business environment than California.", "chart_name":"state_tax_rate_business_growth", "category":"1", "verifier":"adnan" }, { "question":"Compare the average business growth rate of states with corporate tax rates above 8% to the average business growth rate of states with corporate tax rates below 8%. What is the difference between these two averages?", "answer":"States with corporate tax rates above 8% have an average business growth rate 0.87 percentage points lower than states with rates below 8%.", "chart_name":"state_tax_rate_business_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering only states with unemployment rates above 4%, which state shows the largest disparity between its unemployment rate and violent crime rate when compared to other states in this subset?", "answer":"New Mexico.", "chart_name":"state_unemployment_rate_crime_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the average violent crime rate for states with unemployment rates below the overall average unemployment rate, and how does it compare to the average violent crime rate across all states?", "answer":"States with unemployment below average had an average violent crime rate of 321.73 per 100,000 people, lower than the overall average of 378.59.", "chart_name":"state_unemployment_rate_crime_rate", "category":"1", "verifier":"adnan" }, { "question":"Does the state with the highest violent crime rate also have an unemployment rate above the national average unemployment rate? If so, by how much?", "answer":"Yes, by 1.27 percentage points.", "chart_name":"state_unemployment_rate_crime_rate", "category":"1", "verifier":"adnan" }, { "question":"How does the violent crime rate in the state with the lowest unemployment rate compare to the average violent crime rate across all states listed?", "answer":"The state with the lowest unemployment rate has a violent crime rate of 313.6, which is below the average.", "chart_name":"state_unemployment_rate_crime_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the average violent crime rate for states with unemployment rates above the average unemployment rate of all states listed?", "answer":"The average violent crime rate in states with above-average unemployment is 443.6 per 100,000 people.", "chart_name":"state_unemployment_rate_crime_rate", "category":"1", "verifier":"adnan" }, { "question":"Considering only companies with positive market sentiment, which company among them had the highest earnings per share during this period?", "answer":"PharmaCorp had the highest earnings per share among companies with positive market sentiment.", "chart_name":"stock_price_company_earnings_market_sentiment", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average earnings per share of companies with positive market sentiment and those with negative market sentiment?", "answer":"The average earnings per share differ by $1.65 between companies with positive versus negative market sentiment.", "chart_name":"stock_price_company_earnings_market_sentiment", "category":"1", "verifier":"adnan" }, { "question":"Identify the company with positive market sentiment that had earnings per share below the average earnings per share of all companies listed.", "answer":"EnergyGiant.", "chart_name":"stock_price_company_earnings_market_sentiment", "category":"1", "verifier":"adnan" }, { "question":"Among the companies with a neutral market sentiment, which company reported the highest earnings per share?", "answer":"RetailGiant.", "chart_name":"stock_price_company_earnings_market_sentiment", "category":"1", "verifier":"adnan" }, { "question":"Considering institutions with a FacultyQualityScore above 4.0, what is the average GraduationRate among these institutions?", "answer":"88%", "chart_name":"student_graduation_rates_faculty_quality_student_support_services", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average GraduationRate of institutions with StudentSupportServicesRating below 3.0 and the overall average GraduationRate of all institutions?", "answer":"The average graduation rate is 11.4 percentage points lower for institutions with a Student Support Services Rating below 3.0 than the overall average.", "chart_name":"student_graduation_rates_faculty_quality_student_support_services", "category":"1", "verifier":"adnan" }, { "question":"Calculate the difference between the average GraduationRate of institutions with a FacultyQualityScore above 4.0 and those with a FacultyQualityScore below 3.5", "answer":"The average graduation rate is 20 percentage points higher for institutions with a Faculty Quality Score above 4.0 compared to those below 3.5.", "chart_name":"student_graduation_rates_faculty_quality_student_support_services", "category":"1", "verifier":"adnan" }, { "question":"What is the GraduationRate of the institution with the highest StudentSupportServicesRating?", "answer":"93%", "chart_name":"student_graduation_rates_faculty_quality_student_support_services", "category":"1", "verifier":"adnan" }, { "question":"Among institutions with both FacultyQualityScore and StudentSupportServicesRating above 4.0, what is the average GraduationRate?", "answer":"90.5%", "chart_name":"student_graduation_rates_faculty_quality_student_support_services", "category":"1", "verifier":"adnan" }, { "question":"Comparing schools with an average teacher experience between 10 and 12 years, how does the difference in average class size correlate with the average student test scores?", "answer":"Among schools with 10-12 years of average teacher experience, larger class sizes are strongly associated with lower average student test scores.", "chart_name":"student_performance_class_size_teacher_experience", "category":"1", "verifier":"adnan" }, { "question":"What is the name of the school with the best performing students?", "answer":"HIJ Middle School", "chart_name":"student_performance_class_size_teacher_experience", "category":"1", "verifier":"adnan" }, { "question":"Across all school types, is there a clear positive correlation between average teacher experience and average student test scores when considering schools with average class sizes between 20 and 26?", "answer":"Yes, there is.", "chart_name":"student_performance_class_size_teacher_experience", "category":"1", "verifier":"adnan" }, { "question":"Among students whose parents have above-average education (above 14 years), how does an increase in weekly study time correlate with their test scores, and what is the average test score for this group?", "answer":"Students with parents who have above-average education (over 14 years) show a strong positive correlation (0.99) between study time and test scores. Their average test score is 91.57.", "chart_name":"student_test_scores_study_time_parental_education", "category":"1", "verifier":"adnan" }, { "question":"Considering the different levels of parental education, within which parental education category does increased weekly study time show the strongest positive correlation with higher test scores?", "answer":"Among students with low parental education, increased weekly study time is most strongly associated with higher test scores.", "chart_name":"student_test_scores_study_time_parental_education", "category":"1", "verifier":"adnan" }, { "question":"If the student with the highest parental education level increased their weekly study time by 2 hours, maintaining the same trend observed between study time and test score for students with high parental education levels, what would be their approximate new test score?", "answer":"Approximately 102.6.", "chart_name":"student_test_scores_study_time_parental_education", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average Vitamin D levels between days with more than 60 minutes of sunlight exposure and days with less than 60 minutes of sunlight exposure?", "answer":"The average Vitamin D level is 12.41 ng\/mL higher on days with over 60 minutes of sunlight than on days with less.", "chart_name":"sunlight_exposure_vitamin_d_levels", "category":"1", "verifier":"adnan" }, { "question":"On the day with the highest sunlight exposure, what was the recorded Vitamin D level?", "answer":"41.2 ng\/mL", "chart_name":"sunlight_exposure_vitamin_d_levels", "category":"1", "verifier":"adnan" }, { "question":"What is the approximate average increase in Vitamin D level (ng\/mL) for every additional 15 minutes of sunlight exposure, based on the data provided?", "answer":"Approximately 2.8 ng\/mL.", "chart_name":"sunlight_exposure_vitamin_d_levels", "category":"1", "verifier":"adnan" }, { "question":"On the day with the lowest Vitamin D level, what was the percentage share of sunlight exposure?", "answer":"1.24%", "chart_name":"sunlight_exposure_vitamin_d_levels", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend, what would be an approximate Vitamin D level if sunlight exposure was increased to 150 minutes?", "answer":"Approximately 48.58 ng\/mL.", "chart_name":"sunlight_exposure_vitamin_d_levels", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average completion time between tasks with an automation level of 80% or higher and tasks with an automation level of less than 40%?", "answer":"Tasks with 80%+ automation complete, on average, 6.98 hours faster than those with less than 40% automation.", "chart_name":"task_automation_completion_time", "category":"1", "verifier":"adnan" }, { "question":"For tasks that take more than 8 hours to complete, what is the average automation level percentage?", "answer":"26.67%", "chart_name":"task_automation_completion_time", "category":"1", "verifier":"adnan" }, { "question":"Assuming a baseline completion time of 12.1 hours for a fully manual task (0% automation), how many hours would be saved overall by automating the tasks based on their current automation levels?", "answer":"Automating the tasks would save 17.55 hours overall.", "chart_name":"task_automation_completion_time", "category":"1", "verifier":"adnan" }, { "question":"What is the average completion time (in hours) for tasks with automation levels between 20% and 40%, inclusive?", "answer":"9.83 hours", "chart_name":"task_automation_completion_time", "category":"1", "verifier":"adnan" }, { "question":"Comparing Task 7 (100% automation) to Task 12 (10% automation), what is the approximate reduction in completion time per percentage point increase in automation level?", "answer":"Approximately 0.1 hours less completion time per percentage point increase in automation.", "chart_name":"task_automation_completion_time", "category":"1", "verifier":"adnan" }, { "question":"Considering tasks with a complexity level of 8 or higher, what is the average completion time in hours?", "answer":"22.25 hours", "chart_name":"task_complexity_completion_time", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average completion time (in hours) between tasks with complexity less than 5 and the average completion time for all tasks?", "answer":"The average completion time for tasks with complexity less than 5 is 7.46 hours shorter than the overall average.", "chart_name":"task_complexity_completion_time", "category":"1", "verifier":"adnan" }, { "question":"What is the total time spent (in hours) on tasks with a complexity greater than 6?", "answer":"167.9 hours", "chart_name":"task_complexity_completion_time", "category":"1", "verifier":"adnan" }, { "question":"What is the average completion time, in hours, for tasks with complexity levels ranging from 3 to 7 (inclusive)?", "answer":"12.33 hours", "chart_name":"task_complexity_completion_time", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in completion time (in hours) between the most and least complex tasks?", "answer":"22.4 hours.", "chart_name":"task_complexity_completion_time", "category":"1", "verifier":"adnan" }, { "question":"If a new experiment (Experiment ID 17) were conducted with a force of 17N, a lever arm of 1.7m, and an angle of 50 degrees, what would be its torque and how would this torque compare to the average torque of experiments with a lever arm greater than 1m?", "answer":"Experiment 17 would have a torque of 22.14 Nm, exceeding the average torque (18.37 Nm) of experiments using lever arms longer than 1m.", "chart_name":"torque_force_lever_arm_angle", "category":"1", "verifier":"adnan" }, { "question":"In the experiment with the highest torque, by how much would the force need to be reduced to bring its torque down to the average torque of all the experiments?", "answer":"Reduce the force by 7.95 N.", "chart_name":"torque_force_lever_arm_angle", "category":"1", "verifier":"adnan" }, { "question":"Assuming the force remains constant at 50N, what would be the expected torque (Nm) if the angle of force application was increased to 14.5 degrees? Round your answer to the nearest integer.", "answer":"With a constant 50N force, increasing the angle to 14.5 degrees would result in a torque of approximately 12 Nm.", "chart_name":"torque_minor_angle_variations", "category":"1", "verifier":"adnan" }, { "question":"A mechanic needs to generate a torque of approximately 10.3 Nm using a force of around 50N. Based on the observed trend, what angle of force application (in degrees) should they approximately use, considering slight variations in force are possible? Round your answer to the nearest integer degrees.", "answer":"Approximately 12 degrees.", "chart_name":"torque_minor_angle_variations", "category":"1", "verifier":"adnan" }, { "question":"Considering cities with a Traffic Congestion Index above 7.0, which city demonstrates the least efficient public transportation system in terms of annual trips per capita, relative to its congestion level?", "answer":"Los Angeles has the least efficient public transportation among cities with a Traffic Congestion Index above 7.0.", "chart_name":"traffic_congestion_public_transportation_usage_road_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"A city planner aims to minimize traffic congestion. Based on the data, would investing more in improving road quality or increasing public transportation usage be the more effective strategy considering the data provided, and why?", "answer":"Improving public transportation is more effective. Higher public transit usage correlates with lower traffic congestion (correlation 0.60), unlike road quality (-0.35).", "chart_name":"traffic_congestion_public_transportation_usage_road_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"Is there a noticeable correlation between the Traffic Congestion Index and the combined effect of Road Quality Index and Public Transportation Usage across all cities in the dataset? Describe the observed trend.", "answer":"A moderate positive correlation (0.6) exists between traffic congestion and the combined impact of road quality and public transportation usage. Higher values in the latter are associated with higher traffic congestion.", "chart_name":"traffic_congestion_public_transportation_usage_road_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"Which TrafficLightID shows the largest disparity between Northbound and Southbound traffic flow, considering its green light duration?", "answer":"TrafficLightID H8.", "chart_name":"traffic_light_duration_traffic_flow", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average northbound traffic flow and the average southbound traffic flow across all TrafficLightIDs?", "answer":"The average northbound traffic flow exceeds the average southbound flow by 356 vehicles per hour.", "chart_name":"traffic_light_duration_traffic_flow", "category":"1", "verifier":"adnan" }, { "question":"If we increase the green light duration of TrafficLightID C3 by 10 seconds, maintaining the same proportion between Northbound and Southbound flow, how many more vehicles would pass through in the direction with the greatest increase?", "answer":"Approximately 129 more vehicles.", "chart_name":"traffic_light_duration_traffic_flow", "category":"1", "verifier":"adnan" }, { "question":"At what hour was the highest traffic volume recorded, and what was the PM2.5 concentration at that time?", "answer":"The highest traffic volume occurred at 5 PM, with a PM2.5 concentration of 38.90 \u00b5g\/m\u00b3.", "chart_name":"traffic_volume_air_pollution", "category":"1", "verifier":"adnan" }, { "question":"What is the average traffic volume during the hours when the PM2.5 concentration exceeds 35 \u00b5g\/m\u00b3?", "answer":"3105 vehicles\/hour.", "chart_name":"traffic_volume_air_pollution", "category":"1", "verifier":"adnan" }, { "question":"What is the average PM2.5 level for the entire observation period?", "answer":"The average PM2.5 level was 31.86 \u00b5g\/m\u00b3.", "chart_name":"traffic_volume_air_pollution", "category":"1", "verifier":"adnan" }, { "question":"If the traffic volume at 17:00 increased by 50% to 5178 vehicles\/hour, what would be a reasonable estimate for the corresponding PM2.5 level, considering the existing trend?", "answer":"Approximately 46 \u00b5g\/m\u00b3.", "chart_name":"traffic_volume_air_pollution", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average speed between peak hours (traffic volume exceeding 700 vehicles\/hour) and off-peak hours (traffic volume below 400 vehicles\/hour)?", "answer":"The average speed during peak hours is 35.7 km\/h lower than during off-peak hours.", "chart_name":"traffic_volume_travel_speed", "category":"1", "verifier":"adnan" }, { "question":"At what average speed (km\/h) was the traffic moving during the hour with the highest traffic volume?", "answer":"38.7 km\/h", "chart_name":"traffic_volume_travel_speed", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average traffic volume between 7 AM to 12 PM and 1 PM to 9 PM, which period experienced higher traffic congestion?", "answer":"The period from 1 PM to 9 PM experienced higher traffic congestion.", "chart_name":"traffic_volume_travel_speed", "category":"1", "verifier":"adnan" }, { "question":"What was the average traffic volume (vehicles\/hour) during the hours when the average speed was below 60 km\/h?", "answer":"802 vehicles\/hour", "chart_name":"traffic_volume_travel_speed", "category":"1", "verifier":"adnan" }, { "question":"What was the traffic volume recorded during the hour with the lowest average speed?", "answer":"920 vehicles\/hour.", "chart_name":"traffic_volume_travel_speed", "category":"1", "verifier":"adnan" }, { "question":"Compare the average growth rate of trees younger than 20 years to those older than 40 years. What is the difference in average growth rate between these two age groups, and what does this difference indicate about the relationship between tree age and growth rate?", "answer":"The average growth rate of trees younger than 20 years is 8.76 cm\/year faster than those older than 40 years, indicating that growth rate decreases with age.", "chart_name":"tree_age_growth_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the age difference between the tree with the highest growth rate and the oldest tree in the dataset?", "answer":"The difference in age is 74 years.", "chart_name":"tree_age_growth_rate", "category":"1", "verifier":"adnan" }, { "question":"Calculate the total growth (in cm) of Oak3 over its lifetime. Then, find a tree 20 years older than Oak3 and compute the difference in their total growths (age*growth rate).", "answer":"Oak3's total growth is 59.6 cm. Compared to a tree at 20 years older, the difference in total growth is 59.6 cm.", "chart_name":"tree_age_growth_rate", "category":"1", "verifier":"adnan" }, { "question":"Determine the growth rate difference between the fastest-growing and slowest-growing tree. How many times faster does the fastest-growing tree grow compared to the slowest-growing tree?", "answer":"The fastest-growing tree grows 15.78 times faster than the slowest-growing tree. The difference in their growth rates is 13.3 cm\/year.", "chart_name":"tree_age_growth_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average sunlight penetration percentage between forest plots with tree density above 200 trees per hectare and those with tree density below 200 trees per hectare?", "answer":"Sunlight penetration is, on average, 13.35% lower in plots with tree density above 200 trees\/hectare.", "chart_name":"tree_density_sunlight_penetration", "category":"1", "verifier":"adnan" }, { "question":"In the forest plot with the most significant tree density, what is the corresponding sunlight penetration percentage?", "answer":"2.7%", "chart_name":"tree_density_sunlight_penetration", "category":"1", "verifier":"adnan" }, { "question":"Considering the average tree density across all forest plots, which forest plot exhibits a sunlight penetration percentage closest to the average sunlight penetration?", "answer":"Forest plot F.", "chart_name":"tree_density_sunlight_penetration", "category":"1", "verifier":"adnan" }, { "question":"Considering universities ranked within the top 10 globally, what is the average research funding (in millions USD), and how does this average compare to the average acceptance rate for this group, suggesting a potential correlation between funding and selectivity?", "answer":"Top 10 universities average $793.31 million in research funding, compared to a 9.14% average acceptance rate.", "chart_name":"university_ranking_acceptance_rate_research_funding", "category":"1", "verifier":"adnan" }, { "question":"Considering fuel efficiency and cost per 1000 miles, which vehicle is the most cost-effective option for a cross-country road trip?", "answer":"Car D is the most cost-effective for a cross-country road trip.", "chart_name":"vehicle_fuel_efficiency_fuel_cost", "category":"1", "verifier":"adnan" }, { "question":"What is the total difference in fuel cost for 1000 miles between the most and least fuel-efficient cars listed in the table?", "answer":"$346.10", "chart_name":"vehicle_fuel_efficiency_fuel_cost", "category":"1", "verifier":"adnan" }, { "question":"How much would it cost to drive the least fuel-efficient car 1000 miles based on the provided data?", "answer":"$581.40", "chart_name":"vehicle_fuel_efficiency_fuel_cost", "category":"1", "verifier":"adnan" }, { "question":"If you only had a budget of $200, and you are using the most expensive car to drive per mile, what is the maximum distance you could travel?", "answer":"With a $200 budget and the most expensive vehicle, you could travel 344 miles.", "chart_name":"vehicle_fuel_efficiency_fuel_cost", "category":"1", "verifier":"adnan" }, { "question":"What is the average fuel cost for 1000 miles for vehicles with a fuel efficiency greater than 35 miles per gallon?", "answer":"$260.24", "chart_name":"vehicle_fuel_efficiency_fuel_cost", "category":"1", "verifier":"adnan" }, { "question":"If all vehicles traveled the same route, what is the average distance (in kilometers) covered by the vehicles?", "answer":"The average distance covered is 55.23 kilometers.", "chart_name":"vehicle_speed_travel_time", "category":"1", "verifier":"adnan" }, { "question":"If a new vehicle maintains an average speed of 90 km\/h on the same route, would its travel time be closer to 30 minutes or 40 minutes, based on the observed trend between speed and time? ", "answer":"Closer to 30 mins.", "chart_name":"vehicle_speed_travel_time", "category":"1", "verifier":"adnan" }, { "question":"Which vehicle deviates most from the general trend of faster speed leading to shorter travel times, and in what way (shorter time for slower speed or longer time for faster speed)?", "answer":"Vehicle PQR567 took longer than expected despite its average speed.", "chart_name":"vehicle_speed_travel_time", "category":"1", "verifier":"adnan" }, { "question":"Compare the average fuel efficiency of vehicles weighing more than 1700 kg to those weighing 1700 kg or less. What is the difference in average fuel efficiency between these two groups?", "answer":"Vehicles weighing over 1700 kg have an average fuel efficiency 3.43 km\/l lower than those weighing 1700 kg or less.", "chart_name":"vehicle_weight_fuel_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Calculate the fuel consumption (liters per 100km) for each vehicle. Which vehicle weighing over 2000 kg demonstrates the highest fuel consumption per 100km, and what is its consumption?", "answer":"Vehicle 8, weighing over 2000 kg, has the highest fuel consumption at 12.66 liters per 100km.", "chart_name":"vehicle_weight_fuel_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Assuming a roughly linear relationship between vehicle weight and fuel efficiency, estimate the fuel efficiency (km\/l) of a vehicle weighing 2700kg based on the data provided. Explain your reasoning.", "answer":"Approximately 6.1 km\/l.", "chart_name":"vehicle_weight_fuel_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Among vehicles with fuel efficiency exceeding 12km\/l, which vehicle has the lowest weight, and what is its weight?", "answer":"The lightest vehicle with fuel efficiency over 12km\/l weighs 1250 kg.", "chart_name":"vehicle_weight_fuel_efficiency", "category":"1", "verifier":"adnan" }, { "question":"Categorize vehicles into weight groups: <1500kg, 1500-2000kg, >2000kg. If each vehicle travels 10,000 km, calculate the total fuel consumption for each group. Which group consumes the most fuel, and what is the total consumption?", "answer":"The 1500-2000kg vehicle group consumes the most fuel, totaling 6554.12 liters.", "chart_name":"vehicle_weight_fuel_efficiency", "category":"1", "verifier":"adnan" }, { "question":"What is the average sales of games with above-average player reviews (above 4.5), and how does it compare to the average sales of games with below-average player reviews (below 4.5)?", "answer":"Games with above-average player reviews (4.5+) had average sales of $103.88 million, compared to $72.00 million for games with below-average reviews.", "chart_name":"video_game_sales_player_reviews_esports_popularity", "category":"1", "verifier":"adnan" }, { "question":"Focusing only on games with both high sales (above 50 million) and high esports prize pools (above 10 million), what is the average player review score for this group?", "answer":"Games with sales exceeding 50 million and esports prize pools over 10 million have an average player review of 4.24\/5. ", "chart_name":"video_game_sales_player_reviews_esports_popularity", "category":"1", "verifier":"adnan" }, { "question":"Compare the ratio of esports prize pool to sales across all listed games. Which games demonstrate a high return on investment in esports, and which demonstrate a lower return?", "answer":"Valorant, League of Legends, and Fortnite show high esports prize pool to sales ratios, suggesting strong returns on esports investment. Conversely, Cyberpunk 2077, Zelda, and Minecraft show lower ratios.", "chart_name":"video_game_sales_player_reviews_esports_popularity", "category":"1", "verifier":"adnan" }, { "question":"Is there a directly proportional relationship between flow rate and filling time for a container with 100 liters volume based on the data provided?", "answer":"No, flow rate and filling time are not directly proportional for a 100-liter container.", "chart_name":"water_flow_rate_filling_time", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed trend between flow rate and filling time, what is the approximate filling time in seconds for a flow rate of 5.2 liters\/min?", "answer":"Approximately 19 seconds.", "chart_name":"water_flow_rate_filling_time", "category":"1", "verifier":"adnan" }, { "question":"What is the most efficient flow rate (in liters\/min) in terms of filling the 100-liter container in the least amount of time, and what is the practical implication of using this rate for large-scale filling operations?", "answer":"A 6.0 liters\/min flow rate fills the 100-liter container fastest, maximizing throughput and minimizing costs in large-scale operations.", "chart_name":"water_flow_rate_filling_time", "category":"1", "verifier":"adnan" }, { "question":"Among the locations with salinity levels below 30 ppt, which location has the highest marine species diversity?", "answer":"The Baltic Sea has the highest marine species diversity among locations with salinity below 30 ppt.", "chart_name":"water_salinity_marine_life_diversity", "category":"1", "verifier":"adnan" }, { "question":"If locations are grouped into high salinity (>35 ppt), medium salinity (25-35 ppt) and low salinity (<25 ppt) categories, which salinity category shows the greatest range of marine species diversity among its members?", "answer":"Medium salinity locations (25-35 ppt) exhibit the greatest range in marine species diversity.", "chart_name":"water_salinity_marine_life_diversity", "category":"1", "verifier":"adnan" }, { "question":"From which Location can we get the most amount of salt per liter water?", "answer":"Red Sea.", "chart_name":"water_salinity_marine_life_diversity", "category":"1", "verifier":"adnan" }, { "question":"Among water bodies with temperatures exceeding 25 degrees Celsius, which one exhibits the most significant deviation from the average dissolved oxygen level of this subset?", "answer":"Lake A.", "chart_name":"water_temperature_dissolved_oxygen", "category":"1", "verifier":"adnan" }, { "question":"Does the water body with the lowest temperature exhibit a dissolved oxygen level above or below the average dissolved oxygen level across all water bodies in the dataset?", "answer":"Yes, it does.", "chart_name":"water_temperature_dissolved_oxygen", "category":"1", "verifier":"adnan" }, { "question":"Identify the water body with the greatest difference between its temperature and the average temperature, and then, check if it shows a corresponding higher or lower dissolved oxygen level compared to the average dissolved oxygen level.", "answer":"Stream G has the highest temperature deviation and higher than average dissolved oxygen.", "chart_name":"water_temperature_dissolved_oxygen", "category":"1", "verifier":"adnan" }, { "question":"Is the average dissolved oxygen level in lakes higher or lower than the overall average dissolved oxygen level across all types of water bodies included in the dataset?", "answer":"The average dissolved oxygen in lakes is lower than the overall average across all water bodies.", "chart_name":"water_temperature_dissolved_oxygen", "category":"1", "verifier":"adnan" }, { "question":"Among the water bodies with dissolved oxygen levels below 8mg\/L, which one exhibits the highest water temperature?", "answer":"Lake O.", "chart_name":"water_temperature_dissolved_oxygen", "category":"1", "verifier":"adnan" }, { "question":"Considering that an average water treatment level can be calculated from the data, which city among those with below-average water treatment levels shows the highest number of reported waterborne illnesses per 100,000 people?", "answer":"Phoenix.", "chart_name":"water_treatment_level_waterborne_illness", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in reported waterborne illnesses per 100,000 people between the city with the highest and the city with the lowest water treatment level?", "answer":"The difference is 30.3 cases per 100,000 people.", "chart_name":"water_treatment_level_waterborne_illness", "category":"1", "verifier":"adnan" }, { "question":"What is the average number of reported waterborne illnesses per 100,000 people in cities with a water treatment level of 6 or below?", "answer":"17.3 per 100,000 people.", "chart_name":"water_treatment_level_waterborne_illness", "category":"1", "verifier":"adnan" }, { "question":"What is the reported number of waterborne illnesses per 100,000 people in the city with the highest water treatment level?", "answer":"1.8 per 100,000 people.", "chart_name":"water_treatment_level_waterborne_illness", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the reported waterborne illnesses per 100,000 people in the city with the lowest water treatment level and the average reported waterborne illnesses across all cities?", "answer":"The city with the lowest water treatment level has 20.13 more reported waterborne illnesses per 100,000 people than the average across all cities.", "chart_name":"water_treatment_level_waterborne_illness", "category":"1", "verifier":"adnan" }, { "question":"Considering that aquatic plant life thrives with sufficient light penetration, which lake from the provided data would be most suitable for supporting a diverse aquatic plant ecosystem, and what is its light penetration depth?", "answer":"Lake Baikal is most suitable, with 12.8 meters of light penetration.", "chart_name":"water_turbidity_light_penetration", "category":"1", "verifier":"adnan" }, { "question":"Based on turbidity levels as an indicator of water quality, which lake in the dataset exhibits the poorest water quality, and what is its turbidity level?", "answer":"Lake Nicaragua has the poorest water quality, with a turbidity level of 5.8 NTU.", "chart_name":"water_turbidity_light_penetration", "category":"1", "verifier":"adnan" }, { "question":"Compare Lake Superior and Lake Erie. Which lake has higher turbidity, and what is the difference in light penetration between the two lakes?", "answer":"Lake Erie has higher turbidity. Light penetrates 4.90 meters deeper in Lake Superior.", "chart_name":"water_turbidity_light_penetration", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed relationship between turbidity and light penetration, if a lake has a turbidity of 2.0 NTU, what would be an approximate light penetration depth, in meters? Round to nearest integer.", "answer":"Approximately 8 meters.", "chart_name":"water_turbidity_light_penetration", "category":"1", "verifier":"adnan" }, { "question":"What is the range of tension values that correspond to wave speeds between 17 m\/s and 20 m\/s?", "answer":"The tension ranges from 11.0 N to 11.2 N for wave speeds between 17 m\/s and 20 m\/s.", "chart_name":"wave_speed_tension_linear_density", "category":"1", "verifier":"adnan" }, { "question":"Are the Tension and Wavespeed inversely related or directly related?", "answer":"Inversely.", "chart_name":"wave_speed_tension_linear_density", "category":"1", "verifier":"adnan" }, { "question":"What is the highest tension value in the chart?", "answer":"The highest tension is 13.7 N.", "chart_name":"wave_speed_tension_linear_density", "category":"1", "verifier":"adnan" }, { "question":"Among websites with a UX score above 8, what is the website with the lowest conversion rate?", "answer":"Etsy.com has the lowest conversion rate (3.5%) among websites with a UX score above 8.", "chart_name":"website_conversion_rate_user_experience_design_website_speed", "category":"1", "verifier":"adnan" }, { "question":"Focusing on websites with average loading times between 2.5 and 3 seconds, inclusive, which website shows the lowest conversion rate, and what is its UX score?", "answer":"Macys.com has the lowest conversion rate among websites with average loading times between 2.5 and 3 seconds, and its UX score is 7.8.", "chart_name":"website_conversion_rate_user_experience_design_website_speed", "category":"1", "verifier":"adnan" }, { "question":"Which website has the highest conversion rate despite having both a UX score and average loading time below the overall average for all websites?", "answer":"Target.com has the highest conversion rate among websites with below-average UX scores and loading times.", "chart_name":"website_conversion_rate_user_experience_design_website_speed", "category":"1", "verifier":"adnan" }, { "question":"What is the average loading time for the three websites with the highest conversion rates?", "answer":"2.03 seconds.", "chart_name":"website_conversion_rate_user_experience_design_website_speed", "category":"1", "verifier":"adnan" }, { "question":"Which website with the fastest load time also boasts a conversion rate that surpasses the average conversion rate for all websites listed?", "answer":"Dillard's has the fastest load time and a conversion rate above average.", "chart_name":"website_loading_time_conversion_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average conversion rates between websites with load times above the average and those with load times below the average?", "answer":"Websites with load times above average have a conversion rate 1.62% higher than those below average.", "chart_name":"website_loading_time_conversion_rate", "category":"1", "verifier":"adnan" }, { "question":"Which websites are among the top three performers in terms of both shortest load times and highest conversion rates?", "answer":"Target, Overstock, and Dillard's.", "chart_name":"website_loading_time_conversion_rate", "category":"1", "verifier":"adnan" }, { "question":"If the website with the slowest load time (Sears) were to improve its load time to match that of the fastest website (Dillard's), what would be the potential increase in its conversion rate if we assume a linear relationship between load time and conversion rate based on the dataset?", "answer":"A 3.06% increase.", "chart_name":"website_loading_time_conversion_rate", "category":"1", "verifier":"adnan" }, { "question":"Considering the months with website traffic above 22000 and conversion rates above 3.5%, which month demonstrated the most effective combination of high traffic and high conversion?", "answer":"December 2023 had the best combination.", "chart_name":"website_traffic_conversion_rate_bounce_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the highest and lowest bounce rates?", "answer":"Bounce rates varied by 10.30%.", "chart_name":"website_traffic_conversion_rate_bounce_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the average bounce rates of months where the website traffic was above 25000?", "answer":"6.95%", "chart_name":"website_traffic_conversion_rate_bounce_rate", "category":"1", "verifier":"adnan" }, { "question":"During the periods of highest website traffic, was there a noticeable increase in the average response time, and if so, what was the highest average response time observed during such periods?", "answer":"Yes, the highest average response time during periods of high website traffic was 320ms.", "chart_name":"website_traffic_server_load", "category":"1", "verifier":"adnan" }, { "question":"On days when website traffic exceeded 15000 visits, what was the average server CPU load percentage?", "answer":"On high-traffic days (over 15,000 visits), the average server CPU load was 39%.", "chart_name":"website_traffic_server_load", "category":"1", "verifier":"adnan" }, { "question":"What was the average server CPU load (%) during the period when the average website traffic was calculated?", "answer":"The average server CPU load was 31.21%.", "chart_name":"website_traffic_server_load", "category":"1", "verifier":"adnan" }, { "question":"Identify the Experiment ID that corresponds to the experiment with the smallest angle between the force and the direction of motion, and what is the amount of work done in that experiment?", "answer":"Experiment ID 12 had the smallest angle and produced 37.28 J of work.", "chart_name":"work_force_distance_angle", "category":"1", "verifier":"adnan" }, { "question":"If a force of 10N is applied over a distance of 7 meters at a 30-degree angle, what would be the calculated work using Work = Force * Distance * cos(angle)? Which experiment ID from the table shows work closest to this value, considering tolerances of plus or minus 5 J?", "answer":"Experiment ID 15.", "chart_name":"work_force_distance_angle", "category":"1", "verifier":"adnan" }, { "question":"Comparing Experiment IDs 3 and 9, which factor (Force, Distance, or Angle) had the most significant impact on the difference in the final calculated work values?", "answer":"The angle difference between Experiment IDs 3 and 9 most significantly impacted the work difference.", "chart_name":"work_force_distance_angle", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average annual increase in affordable housing investment to the average annual population growth rate, which experienced a larger average increase over the observed period?", "answer":"Affordable housing investment increased at a faster average annual rate than population growth.", "chart_name":"year_affordable_housing_investment_population_growth", "category":"1", "verifier":"adnan" }, { "question":"In which year was the ratio of affordable housing investment (in millions of USD) to population growth percentage the highest?", "answer":"The ratio of affordable housing investment to population growth was highest in 2013.", "chart_name":"year_affordable_housing_investment_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Comparing the increase in affordable housing investment between 2013 and 2023 to the increase in population growth percentage over the same period, which increase was larger in absolute terms?", "answer":"Affordable housing investment increased more than population growth between 2013 and 2023.", "chart_name":"year_affordable_housing_investment_population_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the investment in affordable housing (in millions USD) during the year with the lowest population growth percentage?", "answer":"$5.8 million.", "chart_name":"year_affordable_housing_investment_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Identify the year with the maximum year-on-year percentage increase in average healthcare expenditure and state the corresponding air quality index for that year.", "answer":"In 2015, average healthcare expenditure saw its largest year-on-year percentage increase; the air quality index that year was 106.", "chart_name":"year_air_pollution_health_expenditure_lifespan", "category":"1", "verifier":"adnan" }, { "question":"What is the average lifespan during the years where the air quality index is below the average air quality index for the entire period (2005-2019)?", "answer":"The average lifespan during years with below-average air quality (2005-2019) was 77.87 years.", "chart_name":"year_air_pollution_health_expenditure_lifespan", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average healthcare expenditure during the years when the air quality index was above 110.", "answer":"When the Air Quality Index exceeded 110, average healthcare expenditure was $4970.", "chart_name":"year_air_pollution_health_expenditure_lifespan", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average healthcare expenditure during the years when the air quality index was below 100, and the average healthcare expenditure across all the years from 2005 to 2019?", "answer":"The average healthcare expenditure was $280 less during years with an Air Quality Index below 100 than the overall average from 2005-2019.", "chart_name":"year_air_pollution_health_expenditure_lifespan", "category":"1", "verifier":"adnan" }, { "question":"In years with AQI values exceeding the average AQI, which year shows the most significant increase in respiratory illness cases compared to the average number of cases in all years?", "answer":"2016 saw the largest rise in respiratory illness cases compared to the average of all years.", "chart_name":"year_air_quality_index_health_issues", "category":"1", "verifier":"adnan" }, { "question":"Which year deviates most significantly from the average AQI and average number of respiratory illness cases, indicating a potential outlier in the correlation between these two factors?", "answer":"2016.", "chart_name":"year_air_quality_index_health_issues", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2020, did years with higher AQI values consistently correspond to higher numbers of cardiovascular issues reported?", "answer":"No.", "chart_name":"year_air_quality_index_health_issues", "category":"1", "verifier":"adnan" }, { "question":"What is the percentage decrease in PM2.5 levels from 2010 to 2022, and how does this compare to the increase in the Policy Implementation Index over the same period?", "answer":"PM2.5 levels decreased by 38.04% from 2010 to 2022, while the Policy Implementation Index increased by 0.65.", "chart_name":"year_air_quality_policy_implementation_effects", "category":"1", "verifier":"adnan" }, { "question":"Considering both PM2.5 and NO2 levels, which year exhibited the best overall air quality based on the lowest average pollution levels?", "answer":"2022 had the lowest average PM2.5 and NO2 levels, resulting in the best overall air quality.", "chart_name":"year_air_quality_policy_implementation_effects", "category":"1", "verifier":"adnan" }, { "question":"Assuming the average annual decrease in PM2.5 levels from 2010 to 2022 continues, what would the estimated PM2.5 levels be in 2024?", "answer":"The estimated PM2.5 level in 2024 would be 30.7 \u00b5g\/m\u00b3.", "chart_name":"year_air_quality_policy_implementation_effects", "category":"1", "verifier":"adnan" }, { "question":"What is the trend of NO2 levels with respect to the increase in the Policy Implementation Index from 2010 to 2022, and what does this suggest about the effectiveness of the policies on NO2 reduction?", "answer":"NO2 levels decreased as the Policy Implementation Index increased from 2010-2022, suggesting effective NO2 reduction policies.", "chart_name":"year_air_quality_policy_implementation_effects", "category":"1", "verifier":"adnan" }, { "question":"Based on the average yearly increase in accidents and insurance claims from 2010 to 2019, if the number of accidents in 2021 were 28000, approximately how many insurance claims would be filed?", "answer":"Approximately 22,400 insurance claims.", "chart_name":"year_automobile_accidents_insurance_claims", "category":"1", "verifier":"adnan" }, { "question":"Which year had the lowest ratio of insurance claims filed to the number of accidents, suggesting potentially lower claim payouts or claim filing rates per accident?", "answer":"2010 had the lowest ratio of insurance claims filed to accidents.", "chart_name":"year_automobile_accidents_insurance_claims", "category":"1", "verifier":"adnan" }, { "question":"Comparing 2014 to 2015, and 2019 to 2020, both periods show a change in the number of accidents. Did the number of insurance claims filed show a proportionally consistent change compared to the number of accidents in those specific periods?", "answer":"Yes, the change in insurance claims filed was proportionally consistent with the change in the number of accidents in both 2014-2015 and 2019-2020.", "chart_name":"year_automobile_accidents_insurance_claims", "category":"1", "verifier":"adnan" }, { "question":"Considering the average ratio of insurance claims to accidents from 2010 to 2019, was the number of claims filed in 2020 within the expected range based on the number of accidents recorded that year?", "answer":"Yes, the 2020 claim-to-accident ratio was consistent with the 2010-2019 average.", "chart_name":"year_automobile_accidents_insurance_claims", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2020, what was the percentage increase in the number of accidents, and how does this compare to the percentage increase in insurance claims filed over the same period?", "answer":"From 2010 to 2020, the number of accidents and insurance claims filed both increased by 6.67%.", "chart_name":"year_automobile_accidents_insurance_claims", "category":"1", "verifier":"adnan" }, { "question":"Considering the average increase in pollution levels per million automobiles sold between 2010 and 2019, if automobile sales in 2020 had reached 17 million, what would the approximate PM2.5 level have been, and what could this imply for public health?", "answer":"With 17 million automobiles sold in 2020, the PM2.5 level would have been approximately 53.92 \u00b5g\/m\u00b3, exceeding the actual level and potentially worsening public health.", "chart_name":"year_automobile_sales_gdp_growth_pollution_level", "category":"1", "verifier":"adnan" }, { "question":"Suppose the government implemented stringent environmental policies in 2015 that successfully decoupled GDP growth from pollution level increases, maintaining the 2015 pollution level but achieving a GDP growth rate similar to 2016. How would this modified scenario change the pollution level and GDP growth rate for 2015?", "answer":"In 2015, pollution would remain at 52.3 \u00b5g\/m\u00b3, while GDP growth would increase to 2.8%.", "chart_name":"year_automobile_sales_gdp_growth_pollution_level", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2011 to 2019, was there a consistent positive or negative correlation between the increase in bike sharing usage (in millions of trips) and the number of traffic accidents (in thousands)?", "answer":"There was a positive correlation.", "chart_name":"year_bike_sharing_usage_traffic_accidents", "category":"1", "verifier":"adnan" }, { "question":"Given the significant drop in bike sharing usage from 2019 to 2020, what was the percentage change in the number of traffic accidents from 2019 to 2020?", "answer":"Traffic accidents decreased by 10.87% from 2019 to 2020.", "chart_name":"year_bike_sharing_usage_traffic_accidents", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in the Biodiversity Index and Conservation Investment from 2000 to 2014, if the Biodiversity Index reaches 0.85 in a future year, what would be the estimated Conservation Investment (in millions USD) for that year, assuming the historical trend continues? Round to nearest integer (in millions USD).", "answer":"$7 million", "chart_name":"year_biodiversity_index_conservation_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the Conservation Investment (in millions USD) in the year with the lowest Biodiversity Index, and what is the difference between that year's index and the highest recorded index value?", "answer":"In the year with the lowest biodiversity index, conservation investment was $2.8 million. The difference between the lowest and highest index values was 0.15.", "chart_name":"year_biodiversity_index_conservation_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the Biodiversity Index in the year immediately following the year with the lowest Biodiversity Index? What was the percentage change in both Biodiversity Index and Conservation Investment between those two years?", "answer":"The Biodiversity Index rose to 0.66 the year after its lowest point, a 1.54% increase. Conservation investment increased by 10.71% during the same period.", "chart_name":"year_biodiversity_index_conservation_investment", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual decrease in the Digital Divide Index between 2003 and 2017, what would be a reasonable projection of the Digital Divide Index for the year 2020, assuming the trend continues?", "answer":"41.51", "chart_name":"year_broadband_access_digital_divide_index", "category":"1", "verifier":"adnan" }, { "question":"Determine the year between 2003 and 2017 with the highest percentage point increase in broadband access. In that same year, what was the percentage point decrease in the Digital Divide Index? What does this suggest about the impact of rapid broadband expansion on the Digital Divide Index?", "answer":"In 2009, broadband access increased by 5.3 percentage points, while the Digital Divide Index fell by 1.7 percentage points, suggesting that expanding broadband access helps close the digital divide.", "chart_name":"year_broadband_access_digital_divide_index", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, did the average annual decrease in waste generation outpace the average annual increase in circular economy investment, and what is the ratio of the average annual change in waste generation to that of circular economy investment?", "answer":"No. The average annual decrease in waste generation was only 0.01 times the average annual increase in circular economy investment.", "chart_name":"year_circular_economy_investment_waste_reduction", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2023, what was the total amount invested in the circular economy and what is the ratio of this total investment to the total reduction in waste generation (in USD per tonne)?", "answer":"Between 2010 and 2023, $1.32 billion was invested in the circular economy for every tonne of waste generation reduced.", "chart_name":"year_circular_economy_investment_waste_reduction", "category":"1", "verifier":"adnan" }, { "question":"In which year was the lowest waste generation recorded, and what was the circular economy investment in that particular year?", "answer":"The lowest waste generation was recorded in 2023, with a circular economy investment of $67.9 billion.", "chart_name":"year_circular_economy_investment_waste_reduction", "category":"1", "verifier":"adnan" }, { "question":"Comparing years with above-average median house price increases to those with below-average increases, what is the difference in average population growth percentage?", "answer":"Population growth was 2.68 percentage points higher in years with above-average house price increases.", "chart_name":"year_city_population_growth_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"What was the median house price in the year with the lowest population growth?", "answer":"$285,000", "chart_name":"year_city_population_growth_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"What is the ratio of the total percentage change in median house price from 2015 to 2025 to the total population growth over the same period?", "answer":"The median house price increased 1.79 times more than the population between 2015 and 2025.", "chart_name":"year_city_population_growth_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"Compare the years with the highest and lowest clean energy investments. Did the years with the highest investment show a lower global temperature anomaly compared to those with the lowest investment?", "answer":"In 2023, the highest clean energy investment ($0.92 trillion) coincided with a global temperature anomaly of 1.18\u00b0C. The lowest investment year, 2010 ($0.3 trillion), had a lower anomaly of 0.7\u00b0C. Thus, higher investment did not correlate with a lower temperature anomaly.", "chart_name":"year_clean_energy_investment_global_warming", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average annual increase in clean energy investment from 2010 to 2023. Based on this average, what would be the estimated clean energy investment in 2025?", "answer":"The average annual increase in clean energy investment from 2010 to 2023 is approximately $1.02 trillion. Therefore, the estimated investment in 2025 would be around $X trillion (where X is calculated using the average increase and the 2023 investment value).", "chart_name":"year_clean_energy_investment_global_warming", "category":"1", "verifier":"adnan" }, { "question":"Hypothetically, if clean energy investment were to double from its 2023 level in 2024, what would be a reasonable, albeit speculative, estimate of the global temperature anomaly in 2025, considering the past relationship between these two variables and potential time-lag effects? Round to the nearest tenth of a decimal.", "answer":"Approximately 1.00\u00b0C.", "chart_name":"year_clean_energy_investment_global_warming", "category":"1", "verifier":"adnan" }, { "question":"In which year was the global temperature anomaly the lowest? What was the amount of clean energy investment in that year?", "answer":"The lowest global temperature anomaly occurred in 2011, with $0.34 trillion invested in clean energy.", "chart_name":"year_clean_energy_investment_global_warming", "category":"1", "verifier":"adnan" }, { "question":"What is the percentage change in clean energy usage from 2010 to 2023, and how does this compare to the percentage change in pollution reduction over the same period?", "answer":"Clean energy usage increased by 76.83% from 2010 to 2023, while pollution reduction decreased by 323.81% over the same period.", "chart_name":"year_clean_energy_usage_pollution_reduction", "category":"1", "verifier":"adnan" }, { "question":"What is the average annual increase in clean energy usage and the average annual decrease in pollution from 2010 to 2023, and what does the comparison of these average rates suggest about the relationship between clean energy usage and pollution reduction?", "answer":"Clean energy usage increased by an average of 604.89 TWh annually, while pollution decreased by an average of 0.52% annually from 2010-2023. This suggests a positive correlation between increased clean energy usage and pollution reduction.", "chart_name":"year_clean_energy_usage_pollution_reduction", "category":"1", "verifier":"adnan" }, { "question":"If the clean energy usage exceeded 15000 TWh, what was the approximate year this threshold was surpassed and what was the percentage of pollution reduction recorded in that year?", "answer":"The threshold of 15,000 TWh of clean energy usage was surpassed in 2019, resulting in a 6.7% reduction in pollution.", "chart_name":"year_clean_energy_usage_pollution_reduction", "category":"1", "verifier":"adnan" }, { "question":"Assuming a consistent average annual decrease in pollution based on the data from 2010 to 2023, will the year that the pollution reduction could reach -12% be closer to 2025 or 2030? ", "answer":"2030", "chart_name":"year_clean_energy_usage_pollution_reduction", "category":"1", "verifier":"adnan" }, { "question":"Is there a noticeable negative correlation between the percentage of the population with access to clean water and the waterborne disease rate from 2005 to 2020, and what is the nature of this correlation?", "answer":"Yes, a higher percentage of the population with access to clean water correlates strongly with a lower waterborne disease rate between 2005 and 2020.", "chart_name":"year_clean_water_access_disease_rate", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in access to clean water between 2005 and 2020, what percentage of the population is projected to have access to clean water by 2030?", "answer":"Approximately 100% of the population.", "chart_name":"year_clean_water_access_disease_rate", "category":"1", "verifier":"adnan" }, { "question":"If the percentage of the population with access to clean water increased to 95% in 2021, maintaining the observed correlation between water access and disease rate, what would be a reasonable estimate for the waterborne disease rate in that year?", "answer":"Approximately 114 cases per 100,000 people.", "chart_name":"year_clean_water_access_disease_rate", "category":"1", "verifier":"adnan" }, { "question":"Compare the year with the lowest waterborne disease rate to the year with the highest rate. What is the difference in the percentage of the population with access to clean water between these two years?", "answer":"The percentage of the population with access to clean water was 14.9% lower in the year with the highest waterborne disease rate compared to the year with the lowest rate.", "chart_name":"year_clean_water_access_disease_rate", "category":"1", "verifier":"adnan" }, { "question":"Between 2006 and 2020, what was the percentage increase in public awareness about climate change?", "answer":"Public awareness of climate change rose 31.97% between 2006 and 2020.", "chart_name":"year_climate_change_awareness_effects", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in carbon emissions (in metric tonnes per capita) between 2006 and 2020, what would be the estimated carbon emissions per capita in 2025? Round to the nearest integer (in Metric Tonnes per Capita).", "answer":"Approximately 5 metric tonnes.", "chart_name":"year_climate_change_awareness_effects", "category":"1", "verifier":"adnan" }, { "question":"Analyze the correlation between the annual increase in Global Climate Change Investment (Trillion USD) and the annual increase in Average Global Temperature Anomaly (Celsius) from 2010 to 2023. Does a higher rate of investment correlate with a lower rate of temperature increase, and if so, in which years is this correlation most or least apparent?", "answer":"Global climate change investment and average global temperature anomaly showed a weak negative correlation (-0.19) from 2010-2023. The most negative correlation occurred in 2012, while the most positive correlation was in 2018.", "chart_name":"year_climate_change_investment_temperature_change", "category":"1", "verifier":"adnan" }, { "question":"Assuming that the annual increase in 'Global Climate Change Investment (Trillion USD)' remains constant from 2023 to 2030 at the average annual increase observed from 2020 to 2023, predict the 'Global Climate Change Investment' for 2030. Then, based on the trend in the ratio of investment to temperature anomaly observed between 2010 and 2023, estimate the 'Average Global Temperature Anomaly (Celsius)' for 2030.", "answer":"In 2030, Global Climate Change Investment is predicted to be $2.02 trillion, resulting in an estimated Average Global Temperature Anomaly of 2.39\u00b0C.", "chart_name":"year_climate_change_investment_temperature_change", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average yearly increase from 2010 to 2023, which index, ClimateChangePolicyIndex or PublicAwarenessIndex, demonstrates a more substantial rate of improvement?", "answer":"The Public Awareness Index shows greater year-over-year improvement from 2010-2023.", "chart_name":"year_climate_change_policy_public_awareness", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2023, which index, ClimateChangePolicyIndex or PublicAwarenessIndex, demonstrates a greater percentage increase?", "answer":"The Climate Change Policy Index shows a greater percentage increase from 2010 to 2023.", "chart_name":"year_climate_change_policy_public_awareness", "category":"1", "verifier":"adnan" }, { "question":"Over the period from 2010 to 2023, is there a positive correlation between the ClimateChangePolicyIndex and the PublicAwarenessIndex, meaning that higher policy index values consistently correspond with higher public awareness index values?", "answer":"Yes, there's a positive correlation between the Climate Change Policy Index and Public Awareness Index from 2010-2023.", "chart_name":"year_climate_change_policy_public_awareness", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in the PublicAwarenessIndex from 2020 to 2023, what is the projected value of the PublicAwarenessIndex for 2025? Round to the nearest integer.", "answer":"The PublicAwarenessIndex is projected to be 95 in 2025.", "chart_name":"year_climate_change_policy_public_awareness", "category":"1", "verifier":"adnan" }, { "question":"If we calculate the ratio of ClimateChangePolicyIndex to PublicAwarenessIndex for each year, from 2010 to 2023, does this ratio exhibit an overall increasing or decreasing trend, indicating a change in the relative growth of each index?", "answer":"The ratio of Climate Change Policy Index to Public Awareness Index shows an overall increasing trend from 2010 to 2023.", "chart_name":"year_climate_change_policy_public_awareness", "category":"1", "verifier":"adnan" }, { "question":"Based on the average yearly increase in CO2 emissions between 1990 and 2000, what would be the approximate CO2 emission in 2005, assuming a constant rate of increase? Round to the nearest million.", "answer":"Approximately 26 million metric tonnes.", "chart_name":"year_co2_emissions_temperature_sea_level", "category":"1", "verifier":"adnan" }, { "question":"In the dataset provided, is there a strong correlation between the increase in CO2 emissions and the combined effect of an increase in global temperature and sea level? Explain your reasoning and support your response with evidence from the data.", "answer":"Yes, the data shows a strong positive correlation between rising CO2 emissions and both increasing global temperatures (correlation 0.93) and sea level (correlation 1.00).", "chart_name":"year_co2_emissions_temperature_sea_level", "category":"1", "verifier":"adnan" }, { "question":"In the given dataset, which year shows the lowest CO2 emissions? What were the corresponding average global temperature and sea level rise for that year, and how do these values compare to the average values for the entire dataset?", "answer":"In 1990, CO2 emissions were lowest at an average global temperature of 14.20\u00b0C and a sea level rise of 2.40 mm. This is 0.33\u00b0C below and 1.24 mm below the dataset averages of 14.53\u00b0C and 3.64 mm, respectively.", "chart_name":"year_co2_emissions_temperature_sea_level", "category":"1", "verifier":"adnan" }, { "question":"What is the total amount invested in cybersecurity from 2010 to 2023?", "answer":"From 2010 to 2023, $373.3 billion was invested in cybersecurity.", "chart_name":"year_cyber_security_investment_data_breach", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, which year saw the most significant percentage decrease in data breaches compared to the previous year?", "answer":"In 2023, the number of data breaches decreased most significantly (compared to 2022).", "chart_name":"year_cyber_security_investment_data_breach", "category":"1", "verifier":"adnan" }, { "question":"What are the number of years where the Investment in Cybersecurity exceeded 50 Billion USD?", "answer":"0", "chart_name":"year_cyber_security_investment_data_breach", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2010 to 2023, what was the average annual increase in productivity growth, and how does this compare to the average annual increase in the Digital Technology Adoption Index over the same period?", "answer":"From 2010-2023, productivity growth increased by an average of 0.26% annually, while the Digital Technology Adoption Index increased by an average of 2.45% annually.", "chart_name":"year_digital_technology_adoption_productivity_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the increase in productivity growth (%) from 2010 to 2023, and what was the corresponding change in the Digital Technology Adoption Index during this period?", "answer":"Productivity grew by 3.4% from 2010 to 2023, accompanied by a 31.8 point increase in the Digital Technology Adoption Index.", "chart_name":"year_digital_technology_adoption_productivity_growth", "category":"1", "verifier":"adnan" }, { "question":"Compare the productivity growth and Digital Technology Adoption Index values between 2010 and 2015. Did the increase in the Digital Technology Adoption Index correlate with the increase in productivity growth?", "answer":"Between 2010 and 2015, the Digital Technology Adoption Index rose by 12.9, while productivity growth increased by 1.1%. Yes, a correlation exists.", "chart_name":"year_digital_technology_adoption_productivity_growth", "category":"1", "verifier":"adnan" }, { "question":"If productivity growth were to reach 6%, based on the existing trend between the Digital Technology Adoption Index and productivity growth from 2010-2023, what would be the approximate value of the Digital Technology Adoption Index?", "answer":"To achieve 6% productivity growth, the Digital Technology Adoption Index would need to reach approximately 108.5.", "chart_name":"year_digital_technology_adoption_productivity_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the GDP growth percentage in the year with the highest literacy rate, and how does this compare to the average GDP growth rate over all the years shown in the data?", "answer":"The year with the highest literacy rate had a GDP growth of -3.4%, compared to an average GDP growth of 1.9% across all years.", "chart_name":"year_education_expenditure_gdp_growth_literacy_rate", "category":"1", "verifier":"adnan" }, { "question":"Between 2005 and 2020, which years showed the highest year-over-year increase in education expenditure?", "answer":"In 2015, education expenditure saw the largest year-over-year increase.", "chart_name":"year_education_expenditure_gdp_growth_literacy_rate", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed relationship between increases in education expenditure and improvements in literacy rates from 2005 to 2020, if the education expenditure increases by 50 Billion USD in 2021, what would be a reasonable estimation of the literacy rate in 2021, assuming a similar trend continues?", "answer":"Based on the historical trend, a 50 Billion USD increase in education expenditure could result in an estimated literacy rate of 89.19% in 2021.", "chart_name":"year_education_expenditure_gdp_growth_literacy_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the correlation between the year-over-year percentage change in electricity consumption and the year-over-year percentage change in population across the observed years?", "answer":"A weak negative correlation (-0.13) exists between year-over-year percentage changes in electricity consumption and population.", "chart_name":"year_electricity_consumption_gdp_growth_population", "category":"1", "verifier":"adnan" }, { "question":"In which year was the average electricity consumption per capita the highest?", "answer":"2022.", "chart_name":"year_electricity_consumption_gdp_growth_population", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average GDP growth between years with electricity consumption above 21000 TWh and years with electricity consumption below 21000 TWh?", "answer":"Years with electricity consumption above 21000 TWh had, on average, 0.8% lower GDP growth than years below 21000 TWh.", "chart_name":"year_electricity_consumption_gdp_growth_population", "category":"1", "verifier":"adnan" }, { "question":"What is the ratio of the total increase in electricity consumption from 2010 to 2020 to the total increase in population during the same period?", "answer":"The ratio of electricity consumption increase to population increase from 2010 to 2020 is 7.41.", "chart_name":"year_electricity_consumption_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Assuming a constant growth rate of population and electricity consumption observed between 2015 and 2020, let the total electricity consumption for the year 2025 (assuming the population continues on the same trend) approximately be X Thousand 5 Hundred TWh, where X is an integer. Find X.", "answer":"X is 4.", "chart_name":"year_electricity_consumption_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2020, did the population or electricity consumption increase at a faster average annual rate?", "answer":"Electricity consumption increased at a faster average annual rate than population.", "chart_name":"year_electricity_consumption_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering years where energy consumption exceeded 160,000 Terawatt-hours, what was the average GDP growth percentage during those years?", "answer":"The average GDP growth was 1.8%.", "chart_name":"year_energy_consumption_gdp_growth_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"Comparing 2006 and 2019, what was the percentage change in energy consumption, and how does that compare to the percentage change in the Quality of Life Index over the same period?", "answer":"Between 2006 and 2019, energy consumption increased by 15.68%, while the Quality of Life Index improved by 12.33%.", "chart_name":"year_energy_consumption_gdp_growth_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"For years with GDP growth exceeding 2.5%, what was the average Quality of Life Index, and how does this compare to the average Quality of Life Index across all years?", "answer":"Years with GDP growth above 2.5% had an average Quality of Life Index of 7.66, slightly higher than the overall average of 7.54.", "chart_name":"year_energy_consumption_gdp_growth_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"Considering only the years where the Quality of Life Index fell below the overall average, what were the average energy consumption and average GDP growth rate for those years?", "answer":"Average energy consumption: 152,924.8 Terawatt-hours; average GDP growth: 2.08%.", "chart_name":"year_energy_consumption_gdp_growth_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"For each year from 2000 to 2011, calculate the percentage change in both renewable energy consumption and total energy consumption compared to the previous year. Identify the year(s) that showed the highest percentage increase in renewable energy consumption and the year(s) that showed the highest percentage increase in total energy consumption.", "answer":"Renewable energy consumption increased most in 2001. Total energy consumption increased most in 2006.", "chart_name":"year_energy_consumption_renewable_energy_sources", "category":"1", "verifier":"adnan" }, { "question":"Identify the year with the largest difference between total energy consumption and renewable energy consumption. What was the proportion of renewable energy consumption to total energy consumption in that year?", "answer":"In 2011, the difference between total and renewable energy consumption was greatest. Renewable energy comprised 13% of total energy consumption that year.", "chart_name":"year_energy_consumption_renewable_energy_sources", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average energy consumption (kWh per square foot) between the year with the lowest Building Regulations Stringency Index and the year with the highest Building Regulations Stringency Index?", "answer":"Average energy consumption was 24.3 kWh\/sq ft lower in the year with the highest Building Regulations Stringency Index.", "chart_name":"year_energy_efficiency_building_regulations", "category":"1", "verifier":"adnan" }, { "question":"What is the approximate average decrease in average energy consumption (kWh per square foot) for every one-unit increase in the Building Regulations Stringency Index?", "answer":"On average, energy consumption decreases by 0.74 kWh per square foot for each one-unit increase in the Building Regulations Stringency Index.", "chart_name":"year_energy_efficiency_building_regulations", "category":"1", "verifier":"adnan" }, { "question":"Comparing the years 2000 and 2010, what is the total decrease in average energy consumption, and how does this decrease relate to the increase in the Building Regulations Stringency Index over the same period?", "answer":"Between 2000 and 2010, average energy consumption fell by 16.40 kWh\/sqft as the Building Regulations Stringency Index rose 23 points.", "chart_name":"year_energy_efficiency_building_regulations", "category":"1", "verifier":"adnan" }, { "question":"If the Building Regulations Stringency Index continues to increase at the same average rate as observed between 2000 and 2014, what would be an approximate prediction for the average energy consumption (kWh per square foot) in the year 2020, assuming the trend continues linearly? Round to the nearest integer (in kWh).", "answer":"Approximately 64 kWh per square foot.", "chart_name":"year_energy_efficiency_building_regulations", "category":"1", "verifier":"adnan" }, { "question":"Considering the data from 2010 to 2023, what is the average annual reduction in carbon emissions per billion USD invested in energy efficiency?", "answer":"On average, each billion USD invested in energy efficiency reduced carbon emissions by 12.49 million tonnes annually (2010-2023).", "chart_name":"year_energy_efficiency_investment_carbon_emissions", "category":"1", "verifier":"adnan" }, { "question":"In which year did the investment in energy efficiency yield the highest reduction in carbon emissions per billion USD invested, and what was the reduction in that year?", "answer":"In 2015, every billion USD invested in energy efficiency reduced carbon emissions by 0.90 million tonnes, the highest reduction achieved.", "chart_name":"year_energy_efficiency_investment_carbon_emissions", "category":"1", "verifier":"adnan" }, { "question":"Compare the average healthcare expenditure during periods of high unemployment (above 8%) to periods of low unemployment (below 6%). What is the difference in average healthcare expenditure between these two periods?", "answer":"Average healthcare expenditure was $852.86 lower during periods of high unemployment compared to periods of low unemployment.", "chart_name":"year_food_prices_unemployment_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average annual percentage increase in the average food price index and the average annual increase in average healthcare expenditure over the entire period. Present the difference between these two average annual percentage increases.", "answer":"The average annual food price index increase is 1.39 percentage points lower than the average annual healthcare expenditure increase.", "chart_name":"year_food_prices_unemployment_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in healthcare expenditure from 2015 to 2019, what is the projected average healthcare expenditure for the years 2020 and 2021?", "answer":"$10,550 in 2020 and $10,800 in 2021.", "chart_name":"year_food_prices_unemployment_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average yearly change in both the Food Price Index and the Inflation Rate from 2010 to 2023. Based on these averages, which factor shows a greater average yearly increase?", "answer":"On average, from 2010-2023, the Food Price Index increased by 3.10 units yearly, significantly more than the Inflation Rate's 0.25 unit yearly increase.", "chart_name":"year_food_price_index_inflation_rate", "category":"1", "verifier":"adnan" }, { "question":"Considering only the years where the inflation rate exceeded 2%, what is the average Food Price Index for those years?", "answer":"The average Food Price Index in years with inflation exceeding 2% is 123.96.", "chart_name":"year_food_price_index_inflation_rate", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual improvement in the Food Security Index and reduction in Malnutrition Rate from 2010 to 2023, what would be the estimated Food Security Index and Malnutrition Rate in 2025?", "answer":"In 2025, the Food Security Index is projected to be 64.74, and the Malnutrition Rate 9.15%.", "chart_name":"year_food_security_index_malnutrition_rate", "category":"1", "verifier":"adnan" }, { "question":"In which year was the difference between the Food Security Index and the Malnutrition Rate (converted to a whole number by ignoring decimal places) the largest, indicating a potentially significant disparity between food availability and nutritional status?", "answer":"The year with the largest difference between the Food Security Index and the whole-number Malnutrition Rate was 2023.", "chart_name":"year_food_security_index_malnutrition_rate", "category":"1", "verifier":"adnan" }, { "question":"Is there a consistent negative correlation observed between the Food Security Index and the Malnutrition Rate over the period from 2010 to 2023, meaning that higher food security consistently corresponds with lower malnutrition?", "answer":"Yes, higher food security scores consistently corresponded with lower malnutrition rates from 2010-2023.", "chart_name":"year_food_security_index_malnutrition_rate", "category":"1", "verifier":"adnan" }, { "question":"Compare the Malnutrition Rate in the years with the highest and lowest Food Security Index values. What is the difference in Malnutrition Rate between these two years?", "answer":"In 2023 (highest Food Security Index), the malnutrition rate was 9.6%, while in 2010 (lowest), it was 12.5%. ", "chart_name":"year_food_security_index_malnutrition_rate", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in food waste generated from 2010 to 2020, what would be the estimated amount of food waste generated in 2025, assuming the same trend continues?", "answer":"In 2025, approximately 650 million tonnes of food waste is projected.", "chart_name":"year_food_waste_management_efficiency", "category":"1", "verifier":"adnan" }, { "question":"In which year was the difference between the amount of food waste generated (in million tonnes) and the waste reduction rate (in percentage) the lowest, and what was that difference?", "answer":"In 2010, the difference between food waste generated and the waste reduction rate was at its lowest (497.5 million tonnes).", "chart_name":"year_food_waste_management_efficiency", "category":"1", "verifier":"adnan" }, { "question":"In which year was the difference between the waste management efficiency percentage and the waste reduction rate percentage the smallest, and what was that difference?", "answer":"The smallest difference between waste management efficiency and waste reduction rate (9.5%) occurred in 2010.", "chart_name":"year_food_waste_management_efficiency", "category":"1", "verifier":"adnan" }, { "question":"If the total forest area loss from 2005 to 2019 was 90 million hectares instead of the actual value, assuming the same relationship between the loss and investment, what would be the approximate total climate change investment during that period? Calculate the answer to the nearest integer (in billions USD).", "answer":"$75 billion.", "chart_name":"year_forest_area_loss_climate_change_investment", "category":"1", "verifier":"adnan" }, { "question":"Compare the average climate change investment in years with forest area loss exceeding the average annual loss (from 2005-2019) versus years with forest area loss below the average annual loss. What is the difference in average investment between these two groups of years?", "answer":"Years with above-average forest loss had, on average, $0.49 billion more invested in climate change than years with below-average loss.", "chart_name":"year_forest_area_loss_climate_change_investment", "category":"1", "verifier":"adnan" }, { "question":"What is the correlation between average fuel price and vehicle miles traveled over the period from 2000-2014? Does the correlation indicate a strong positive, weak negative, or neutral relationship?", "answer":"There's a strong positive correlation (0.70) between average fuel price and vehicle miles traveled from 2000-2014.", "chart_name":"year_fuel_prices_transportation_usage", "category":"1", "verifier":"adnan" }, { "question":"Comparing years with above-average fuel prices to those with below-average fuel prices from 2000-2014, what is the average difference in vehicle miles traveled between these two groups?", "answer":"Vehicles traveled an average of 0.11 billion miles less in years with above-average fuel prices than in years with below-average fuel prices (2000-2014).", "chart_name":"year_fuel_prices_transportation_usage", "category":"1", "verifier":"adnan" }, { "question":"Assuming that the relationship between average fuel price and vehicle miles traveled from 2000-2014 remains consistent, what would be an approximate value for vehicle miles traveled if the average fuel price reached $4.00\/gallon?", "answer":"Approximately 3.04 billion vehicle miles traveled.", "chart_name":"year_fuel_prices_transportation_usage", "category":"1", "verifier":"adnan" }, { "question":"Over the period from 2010 to 2019, which increased at a faster average annual rate: philanthropic funding or the average donation per household?", "answer":"Average donation per household increased at a faster rate than philanthropic funding from 2010-2019.", "chart_name":"year_funding_in_philanthropy_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2019, what was the percentage increase in philanthropic funding?", "answer":"Between 2010 and 2019, philanthropic funding increased by 47.03%.", "chart_name":"year_funding_in_philanthropy_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in the average donation per household between 2015 and 2019, what would be the projected average donation per household in 2020? Round to the nearest integer.", "answer":"$1674", "chart_name":"year_funding_in_philanthropy_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"Considering that the average funding in renewable energy from 2010 to 2023 is approximately 343.5 Billion USD, calculate the average GDP growth for the years where renewable energy funding exceeded this average. How does this compare to the overall average GDP growth for the entire period?", "answer":"Years with renewable energy funding above the average ($343.5B) saw a GDP growth of 2.90%, exceeding the overall average of 2.64%.", "chart_name":"year_funding_in_renewable_energy_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Identify the years with the three largest year-over-year increases in renewable energy funding. What was the GDP growth rate in each of those years? What is the average GDP growth rate for those three years?", "answer":"The three years with the largest year-over-year renewable energy funding increases were 2011 (2.1% GDP growth), 2022 (3.1% GDP growth), and 2023 (3.3% GDP growth). The average GDP growth for these years was 2.83%.", "chart_name":"year_funding_in_renewable_energy_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Calculate the percentage change in renewable energy funding from 2010 to 2023. Then, calculate the percentage change in GDP growth over the same period. Which metric experienced a larger percentage increase?", "answer":"Renewable energy funding increased by 133.47%, while GDP growth increased by 94.12%. Therefore, renewable energy funding saw the larger percentage increase.", "chart_name":"year_funding_in_renewable_energy_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Assuming a linear relationship between renewable energy funding and GDP growth based on the data from 2010 to 2023, if renewable energy funding were to reach 700 Billion USD in 2025, what would be the projected GDP growth percentage for 2025 based on this extrapolation?", "answer":"Based on the trend from 2010-2023, a 700 Billion USD investment in renewable energy in 2025 would project a 3.93% GDP growth.", "chart_name":"year_funding_in_renewable_energy_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual increase in the Gender Equality Index from 2010 to 2023, what would be the projected Gender Equality Index value for the year 2024?", "answer":"The projected Gender Equality Index for 2024 is 0.84.", "chart_name":"year_gender_equality_index_women_participation", "category":"1", "verifier":"adnan" }, { "question":"What was the percentage increase in Women's Participation Rate from 2010 to 2023, and how does the magnitude of this increase compare to the overall change in the Gender Equality Index during the same period?", "answer":"Women's participation increased by 9.45% from 2010 to 2023, a considerably larger change than the 0.18 point increase in the Gender Equality Index over the same period.", "chart_name":"year_gender_equality_index_women_participation", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, which year showed the most significant combined increase in both the Gender Equality Index and the Women's Participation Rate?", "answer":"2011 saw the largest combined increase in the Gender Equality Index and Women's Participation Rate between 2010 and 2023.", "chart_name":"year_gender_equality_index_women_participation", "category":"1", "verifier":"adnan" }, { "question":"If the Gender Equality Index reaches 0.9 in a future year, based on the historical relationship between this index and Women's Participation Rate, what would be a reasonable projection for the Women's Participation Rate in that year?", "answer":"Approximately 65.56%.", "chart_name":"year_gender_equality_index_women_participation", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average annual increases from 2010 to 2023, which factor, Gender Equality Index or Women's Participation Rate, demonstrated a larger average annual growth?", "answer":"Women's Participation Rate.", "chart_name":"year_gender_equality_index_women_participation", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average trade volume (in Trillion USD) during years when the Globalization Index was above 70 to the average during years when it was below 70?", "answer":"The average trade volume was $4.9 trillion higher during years with a Globalization Index above 70.", "chart_name":"year_globalization_index_trade_volume_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Is there a positive correlation of Trade Volume with the Globalization Index?", "answer":"Yes", "chart_name":"year_globalization_index_trade_volume_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Why was economic growth in negative in the year 2009?", "answer":"Economic growth was negative in 2009 primarily due to the \"Great Recession,\" a global financial crisis.", "chart_name":"year_globalization_index_trade_volume_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering the data from 2004 to 2018, what is the average annual percentage increase in global health funding and how does it compare to the average annual increase in life expectancy?", "answer":"Global health funding increased by an average of 4.86% annually from 2004-2018, while life expectancy rose by an average of 0.36 years per year.", "chart_name":"year_global_health_initiatives_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Assuming the same average annual rate of decrease in infant mortality observed between 2014 and 2018 continues, along with the average annual increase in global health funding observed between 2014 and 2018, what would be the projected infant mortality rate in 2023?", "answer":"20.", "chart_name":"year_global_health_initiatives_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Comparing the period between 2004 and 2018, which indicator \u2013 life expectancy or infant mortality rate \u2013 shows a more significant improvement relative to the increase in global health funding, and what are the exact percentage changes in these two indicators?", "answer":"Infant mortality rate improved more significantly (-37.75%) than life expectancy (7.49%) between 2004 and 2018, relative to increased global health funding.", "chart_name":"year_global_health_initiatives_outcomes", "category":"1", "verifier":"adnan" }, { "question":"In which year was the lowest infant mortality rate recorded, and what was the corresponding global health funding amount? If we aim to reduce the infant mortality rate to 10 per 1000 live births by extrapolating the relationship between funding and infant mortality from the given data, what would be the approximate required global health funding (in billions of USD)? Round to the nearest integer value (in billions USD).", "answer":"The lowest infant mortality rate (per 1000 live births) was 10 in 2018, with global health funding at $36.2 billion. To achieve a rate of 10, approximately $53 billion in funding would be needed.", "chart_name":"year_global_health_initiatives_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2010 to 2023, did the average annual growth rate of Global Trade Volume exceed the average fluctuation in the Average Currency Volatility Index, and what was the difference between the two rates?", "answer":"No. The average annual growth rate of global trade volume was 0.52 percentage points lower than the average fluctuation in the average currency volatility index between 2010 and 2023.", "chart_name":"year_global_trade_volume_currency_fluctuation", "category":"1", "verifier":"adnan" }, { "question":"What is the percentage change in Global Trade Volume between 2010 and 2023, and how does this compare to the percentage change in the Average Currency Volatility Index over the same period?", "answer":"Global trade volume increased by 58.12% between 2010 and 2023, significantly outpacing the 3.23% rise in the average currency volatility index.", "chart_name":"year_global_trade_volume_currency_fluctuation", "category":"1", "verifier":"adnan" }, { "question":"In which year was the difference between Global Trade Volume (in Trillion USD) and the Average Currency Volatility Index the greatest?", "answer":"The greatest difference between Global Trade Volume and Average Currency Volatility Index occurred in 2022. ", "chart_name":"year_global_trade_volume_currency_fluctuation", "category":"1", "verifier":"adnan" }, { "question":"Between 2002 and 2016, which factor showed a greater average annual increase: the Global Warming Index or the percentage of Renewable Energy Adoption? Show your calculations.", "answer":"Renewable energy adoption increased more on average annually between 2002 and 2016.", "chart_name":"year_global_warming_index_renewable_energy_adoption", "category":"1", "verifier":"adnan" }, { "question":"What was the increase in Renewable Energy Adoption percentage between 2006 and 2012, and what was the corresponding increase in the Global Warming Index over the same period?", "answer":"Renewable energy adoption increased by 4.8%, while the Global Warming Index rose by 0.2 between 2006 and 2012.", "chart_name":"year_global_warming_index_renewable_energy_adoption", "category":"1", "verifier":"adnan" }, { "question":"Compare the average Global Warming Index between the years 2002-2007 and 2008-2016. What does this comparison suggest about the trend of global warming during these periods?", "answer":"The average Global Warming Index rose from 0.34 (2002-2007) to 0.58 (2008-2016), indicating a significant increase in global warming.", "chart_name":"year_global_warming_index_renewable_energy_adoption", "category":"1", "verifier":"adnan" }, { "question":"Assuming a linear relationship between the Global Warming Index and Renewable Energy Adoption, if the Global Warming Index reaches 0.8 in a future year, what would be the estimated percentage of Renewable Energy Adoption based on the data from 2002 to 2016?", "answer":"Approximately 26%.", "chart_name":"year_global_warming_index_renewable_energy_adoption", "category":"1", "verifier":"adnan" }, { "question":"Identify the year with the lowest economic growth rate between 2010 and 2022. How did the government spending on infrastructure in that year compare to the spending in other years with relatively low economic growth rates?", "answer":"In 2016, the economic growth rate hit its lowest point at 1.7%, despite infrastructure spending reaching $830.7 billion. Comparing this to other low-growth years (2011, for example, at $720.8 billion).", "chart_name":"year_gov_spending_on_infrastructure_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Based on the observed relationship between government spending on infrastructure and economic growth rates from 2010 to 2022, if government spending in 2023 were to increase by 5% over 2022's spending, what would be a reasonable estimate for the economic growth rate in 2023, assuming the historical trend continues?", "answer":"Assuming the historical trend continues, a 5% increase in government infrastructure spending in 2023 would result in an estimated 2.7% economic growth rate.", "chart_name":"year_gov_spending_on_infrastructure_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"In the year with the lowest respiratory disease rate, what was the investment in green spaces (in million USD) and how does this compare to the average annual investment over the entire period?", "answer":"In the year with the lowest respiratory disease rate, $18.80 million was invested in green spaces, exceeding the average annual investment of $16.50 million.", "chart_name":"year_green_space_investment_public_health", "category":"1", "verifier":"adnan" }, { "question":"What is the average yearly increase in GreenSpaceInvestment over the observed period?", "answer":"GreenSpaceInvestment increased by an average of $0.63 million USD yearly.", "chart_name":"year_green_space_investment_public_health", "category":"1", "verifier":"adnan" }, { "question":"If the trend of decreasing RespiratoryDiseaseRate per 10,000 people continues at the average rate observed between 2010 and 2020, what would be the projected rate (per 10,000) in 2025, assuming a constant increase in GreenSpaceInvestment at the average rate observed between 2010 and 2020? Round your answer to the nearest integer (per 10,000). ", "answer":"82", "chart_name":"year_green_space_investment_public_health", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average life expectancy between the years with the lowest and highest GreenSpaceInvestment?", "answer":"Average life expectancy increased by 2.5 years, between the years with the lowest and highest green space investment.", "chart_name":"year_green_space_investment_public_health", "category":"1", "verifier":"adnan" }, { "question":"What is the average annual growth rate of GDP and technology investment between 2010 and 2023, and which sector demonstrated a higher average annual growth rate during this period?", "answer":"Between 2010 and 2023, GDP grew at an average annual rate of 4.21%, while technology investment grew at 6.54%. Technology investment showed higher growth.", "chart_name":"year_gross_domestic_product_technology_investment", "category":"1", "verifier":"adnan" }, { "question":"In which year was the proportion of technology investment to GDP the highest between 2010 and 2023, and what was that proportion?", "answer":"In 2023, technology investment constituted 0.02% of the GDP.", "chart_name":"year_gross_domestic_product_technology_investment", "category":"1", "verifier":"adnan" }, { "question":"Assuming a linear correlation between GDP and technology investment from 2010 to 2023, what would be the approximate technology investment (in billions of USD) if the GDP reaches $28 trillion?", "answer":"Approximately $721 billion.", "chart_name":"year_gross_domestic_product_technology_investment", "category":"1", "verifier":"adnan" }, { "question":"Compare the average annual technology investment between 2010 and 2015 to the average between 2016 and 2023. Which period shows a substantially higher average annual technology investment, and by approximately how much?", "answer":"Between 2016 and 2023, average annual technology investment was about $1.87 billion higher than between 2010 and 2015.", "chart_name":"year_gross_domestic_product_technology_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the average annual healthcare expenditure (in trillions of USD) between 2002 and 2016?", "answer":"The average annual healthcare expenditure between 2002 and 2016 was $2.17 trillion.", "chart_name":"year_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"If the average annual increase in life expectancy from 2002 to 2016 continues, in which year would the life expectancy surpass 82 years?", "answer":"2020", "chart_name":"year_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest healthcare expenditure, what was the life expectancy?", "answer":"Life expectancy was 80.9 years.", "chart_name":"year_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"Between 2002 and 2016, did the percentage increase in healthcare expenditure or the percentage increase in life expectancy show a greater change?", "answer":"Healthcare expenditure increased by a larger percentage.", "chart_name":"year_healthcare_expenditure_life_expectancy", "category":"1", "verifier":"adnan" }, { "question":"Considering the years with the highest high school graduation rates (above 85%), what is the average college enrollment rate for those years, and how does this compare to the overall average college enrollment rate across all years?", "answer":"High school graduation rates above 85% correspond to an average college enrollment rate of 73.25%, exceeding the overall average of 67.79%.", "chart_name":"year_high_school_graduation_rate_college_enrollment", "category":"1", "verifier":"adnan" }, { "question":"Assuming the average annual increase in the high school graduation rate from 2010 to 2023 continues, what would be the projected high school graduation rate in 2028 (rounded to the nearest integer percentage)?", "answer":"90%", "chart_name":"year_high_school_graduation_rate_college_enrollment", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2023, which metric, high school graduation rate or college enrollment rate, showed a greater percentage increase, and what is the difference in their percentage increases?", "answer":"College enrollment rate had a 4.36% greater increase than the high school graduation rate from 2010 to 2023.", "chart_name":"year_high_school_graduation_rate_college_enrollment", "category":"1", "verifier":"adnan" }, { "question":"Assuming the trend of increasing insurance expenditure from 2010 to 2020 continues at the same average annual rate, what would be the approximate projected insurance expenditure (in billions of USD) for the year 2025?", "answer":"$4750 billion", "chart_name":"year_insurance_expenditure_public_health_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Analyze the relationship between insurance expenditure and average life expectancy from 2010 to 2020. Is there a positive correlation?", "answer":"Yes, increased insurance spending correlates strongly with increased life expectancy from 2010-2020.", "chart_name":"year_insurance_expenditure_public_health_outcomes", "category":"1", "verifier":"adnan" }, { "question":"In which year was the insurance expenditure the highest, and what was the infant mortality rate (per 1000 live births) during that year?", "answer":"In 2020, insurance expenditure was highest, with an infant mortality rate of 5.1 per 1000 live births.", "chart_name":"year_insurance_expenditure_public_health_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Compare the percentage change in insurance expenditure and the percentage change in average life expectancy between 2010 and 2020. Which metric experienced a larger percentage increase during this period?", "answer":"Insurance expenditure saw a larger percentage increase between 2010 and 2020 than average life expectancy.", "chart_name":"year_insurance_expenditure_public_health_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Were years with the highest number of trade agreements also the years with the highest GDP growth, and if so, how does this compare to the general trend of GDP growth over the period?", "answer":"No, the year with the most trade agreements (2017) did not have the highest GDP growth (2006). However, both years showed above-average GDP growth (4.39%).", "chart_name":"year_international_trade_agreements_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"If the number of trade agreements signed in 2018 were 30, what would be a reasonable estimation of the GDP growth percentage for 2018, assuming the trend between these variables continues?", "answer":"Approximately 5.33%.", "chart_name":"year_international_trade_agreements_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the average GDP growth in years where the number of trade agreements signed was above the average number of agreements over the entire period, and how does this compare to the average GDP growth across all years?", "answer":"Years with above-average trade agreements saw a higher average GDP growth (4.79%) than the overall average (4.39%).", "chart_name":"year_international_trade_agreements_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"In which year was the gap between the high school graduation rate and college enrollment rate the smallest, suggesting a high transition rate from high school to college?", "answer":"The gap between high school graduation and college enrollment rates was smallest in 2014.", "chart_name":"year_internet_access_education_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average yearly increase in internet access and high school graduation rates from 2000 to 2014, which factor exhibited a greater average yearly growth?", "answer":"Internet access.", "chart_name":"year_internet_access_education_outcomes", "category":"1", "verifier":"adnan" }, { "question":"From 2000 to 2014, did an increase in internet access consistently correlate with an increase in college enrollment rates each year?", "answer":"Yes, from 2000-2014, increases in internet access consistently correlated with increases in college enrollment rates.", "chart_name":"year_internet_access_education_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2005 to 2010, what is the average annual percentage point increase in internet access?", "answer":"Internet access grew by an average of 2.9 percentage points annually.", "chart_name":"year_internet_access_rural_development_investment", "category":"1", "verifier":"adnan" }, { "question":"Between 2011 and 2017, what was the total investment in rural development, and by what percentage did it increase from 2011 to 2017?", "answer":"Total rural development investment between 2011 and 2017 was $39,730.2 million, a 50.86% increase from 2011.", "chart_name":"year_internet_access_rural_development_investment", "category":"1", "verifier":"adnan" }, { "question":"Between 2005 and 2020, which year showed the highest year-on-year percentage point increase in internet access, and what was the corresponding increase in rural development investment (in millions of USD) during that year?", "answer":"In 2006, internet access saw the largest year-over-year percentage point increase, accompanied by a $443.80 million rise in rural development investment.", "chart_name":"year_internet_access_rural_development_investment", "category":"1", "verifier":"adnan" }, { "question":"From 2008 to 2018, what was the total percentage point increase in internet access, and what was the average yearly investment in rural development (in millions of USD) during this period?", "answer":"Internet access increased by 16 percentage points, and average yearly rural development investment was $5310.55 million.", "chart_name":"year_internet_access_rural_development_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the average percentage of the population with internet access between 2012 and 2016, and what was the total rural development investment (in millions of USD) during this period?", "answer":"Between 2012 and 2016, average internet access was 88.46%, with total rural development investment reaching $28,272.8 million.", "chart_name":"year_internet_access_rural_development_investment", "category":"1", "verifier":"adnan" }, { "question":"In the three years with the highest internet usage, what was the average GDP growth?", "answer":"The average GDP growth in the three years with the highest internet usage was 2.33%.", "chart_name":"year_internet_usage_gdp_growth_unemployment", "category":"1", "verifier":"adnan" }, { "question":"In the years where GDP growth exceeded the overall average GDP growth, what was the average percentage increase in internet usage, and how did the unemployment rate in those years compare to the overall average unemployment rate?", "answer":"In years with above-average GDP growth, internet usage increased by an average of 6.37%, and unemployment averaged 5.86%, lower than the overall average of 6.24%.", "chart_name":"year_internet_usage_gdp_growth_unemployment", "category":"1", "verifier":"adnan" }, { "question":"Based on the average increase in daily online time per percentage point rise in internet usage from 2002-2016, what would be the approximate daily online time if internet usage reached 70%?", "answer":"If internet usage reached 70%, the average daily online time would be approximately 8.4 hours.", "chart_name":"year_internet_usage_time_spent_online", "category":"1", "verifier":"adnan" }, { "question":"Given the average annual growth rate of internet usage from 2002 to 2016, what would be an approximate projection for internet usage rate in 2018 (to the nearest integer)?", "answer":"Approximately 85%.", "chart_name":"year_internet_usage_time_spent_online", "category":"1", "verifier":"adnan" }, { "question":"What is the average increase in daily time spent online (in hours) for every 1% increase in internet usage rate between 2002 and 2016?", "answer":"On average, daily online time increased by 0.11 hours for each 1% rise in internet usage between 2002 and 2016.", "chart_name":"year_internet_usage_time_spent_online", "category":"1", "verifier":"adnan" }, { "question":"What is the difference in average daily time spent online between the year with the lowest internet usage rate and the year with the highest internet usage rate?", "answer":"6 hours.", "chart_name":"year_internet_usage_time_spent_online", "category":"1", "verifier":"adnan" }, { "question":"What is the percentage increase in internet usage rate from 2002 to 2016, and what is the corresponding percentage increase in the average daily time spent online during the same period?", "answer":"Internet usage increased by 597.83%, and average daily time online increased by 333.33% from 2002 to 2016.", "chart_name":"year_internet_usage_time_spent_online", "category":"1", "verifier":"adnan" }, { "question":"Comparing years with infrastructure investment exceeding 1.5 trillion USD to those below 1.3 trillion USD, what is the average difference in their respective Economic Growth Indices?", "answer":"1.33 points higher.", "chart_name":"year_investment_in_infrastructure_economic_growth_index", "category":"1", "verifier":"adnan" }, { "question":"Are Economic Growth and Investment in Infrastructure positively related?", "answer":"Yes", "chart_name":"year_investment_in_infrastructure_economic_growth_index", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2010 to 2023, what is the percentage increase in investment in renewable energy and the corresponding percentage decrease in average electricity price, and what is the ratio of these two percentage changes?", "answer":"Renewable energy investment increased by 77.27%, while the average electricity price decreased by 28.8%. The ratio of investment increase to price decrease is 2.68.", "chart_name":"year_investment_in_renewable_energy_electricity_prices", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual change in investment in renewable energy and average electricity price between 2010 and 2023, what would be the estimated investment and electricity price in 2025, assuming the trends continue?", "answer":"In 2025, the estimated investment in renewable energy would be $454.35 billion, and the average electricity price would be 8.35 cents\/kWh.", "chart_name":"year_investment_in_renewable_energy_electricity_prices", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, which year shows the highest percentage increase in investment in renewable energy, and what was the corresponding percentage change in the average electricity price that year?", "answer":"In 2014, investment in renewable energy saw the highest percentage increase between 2010 and 2023, accompanied by a 1.74% decrease in average electricity price.", "chart_name":"year_investment_in_renewable_energy_electricity_prices", "category":"1", "verifier":"adnan" }, { "question":"What is the average electricity price between 2010 and 2013, and how does it compare to the average electricity price between 2018 and 2023?", "answer":"Between 2010 and 2013, the average electricity price was 12.00 cents\/kWh; between 2018 and 2023, it dropped to 9.53 cents\/kWh.", "chart_name":"year_investment_in_renewable_energy_electricity_prices", "category":"1", "verifier":"adnan" }, { "question":"Based on the average annual decrease in malnutrition rate from 2002 to 2016, in what year would the malnutrition rate fall below 9%? Assume the trend continues linearly.", "answer":"2019", "chart_name":"year_malnutrition_rate_investment_in_healthcare", "category":"1", "verifier":"adnan" }, { "question":"What was the average annual investment in healthcare (in billions) between 2008 and 2013?", "answer":"$291.3 billion", "chart_name":"year_malnutrition_rate_investment_in_healthcare", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest malnutrition rate, what was the corresponding investment in healthcare (in billions)?", "answer":"$240.2 billion", "chart_name":"year_malnutrition_rate_investment_in_healthcare", "category":"1", "verifier":"adnan" }, { "question":"What is the percentage increase in investment in healthcare from 2002 to 2016?", "answer":"Healthcare investment increased by 37.47% from 2002 to 2016.", "chart_name":"year_malnutrition_rate_investment_in_healthcare", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average investment in healthcare (in billions) during the years when the malnutrition rate was above 12%.", "answer":"The average healthcare investment during years with malnutrition rates above 12% was $263.49 billion.", "chart_name":"year_malnutrition_rate_investment_in_healthcare", "category":"1", "verifier":"adnan" }, { "question":"What was the median income in the year with the lowest unemployment rate between 2010 and 2023?", "answer":"$63,800", "chart_name":"year_median_income_unemployment_rate", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, did the median income or the unemployment rate experience a greater percentage change?", "answer":"The unemployment rate experienced a greater percentage change.", "chart_name":"year_median_income_unemployment_rate", "category":"1", "verifier":"adnan" }, { "question":"In what year was the unemployment rate highest, and what was the median income during that period of apparent economic downturn?", "answer":"The highest unemployment rate was in 2010, when the median income was $50,221.", "chart_name":"year_median_income_unemployment_rate", "category":"1", "verifier":"adnan" }, { "question":"Compare the percentage increase in ad revenue from 2010 to 2023 with the percentage increase in media spending during the same period.", "answer":"Ad revenue increased by 69.35%, exceeding media spending's 62.55% growth from 2010 to 2023. ", "chart_name":"year_media_spending_ad_revenue_viewership", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average annual increase in average daily viewership from 2010 to 2023. If this trend continues, what would be the projected average daily viewership (in millions) in 2025?", "answer":"The average daily viewership increased by 0.86 million viewers annually from 2010-2023. Projecting this trend, the average daily viewership in 2025 would be approximately 108.86 million.", "chart_name":"year_media_spending_ad_revenue_viewership", "category":"1", "verifier":"adnan" }, { "question":"For each year from 2010 to 2023, calculate the ratio of ad revenue to media spending. Analyze the trend in this ratio over time.", "answer":"Ad revenue's efficiency relative to media spending increased, rising from 90% in 2010 to 94% in 2023.", "chart_name":"year_media_spending_ad_revenue_viewership", "category":"1", "verifier":"adnan" }, { "question":"For each year, calculate the difference between ad revenue and media spending, representing the net profit. In which year was the net profit the highest, and what was the average daily viewership (in millions) for that year?", "answer":"The highest net profit occurred in 2017, with an average daily viewership of 96.3 million.", "chart_name":"year_media_spending_ad_revenue_viewership", "category":"1", "verifier":"adnan" }, { "question":"Given the steady increase in average sleep hours from 2010 to 2020 and the corresponding increase in life expectancy during the same period, is it reasonable to infer a positive correlation between increased sleep and life expectancy based solely on this data, while acknowledging other potential contributing factors?", "answer":"Yes, the data shows a positive correlation between increased sleep and life expectancy from 2010-2020, though other factors may also contribute.", "chart_name":"year_mental_health_services_access", "category":"1", "verifier":"adnan" }, { "question":"Comparing the year with the highest number of mental health practitioners per 100,000 to the year 2010, how much did the average anxiety score decrease, and what could this suggest about the potential impact of increased access to mental healthcare on anxiety levels?", "answer":"The average anxiety score decreased by 1.0 point between the year with the most mental health practitioners and 2010, suggesting increased access to care may reduce anxiety.", "chart_name":"year_mental_health_services_access", "category":"1", "verifier":"adnan" }, { "question":"If the observed trend of decreasing average anxiety scores continues at the same rate from 2020 to 2030, and assuming the increase in mental health practitioners remains consistent, what would be an approximate prediction for the average anxiety score in 2030?", "answer":"Based on the trend, the average anxiety score in 2030 is predicted to be approximately 3.2.", "chart_name":"year_mental_health_services_access", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average economic growth rate in years where the migration rate was above 3% and the average economic growth rate in years where the migration rate was below 3%?", "answer":"The average economic growth rate was 1.08 percentage points higher in years with migration rates above 3% than in years with migration rates below 3%.", "chart_name":"year_migration_rate_economic_growth_investment", "category":"1", "verifier":"adnan" }, { "question":"Based on the trend of average housing price increase against migration rate from 2010 to 2019, if the migration rate in 2020 was 4.0 instead of 2.8, what would be the estimated average housing price in 2020?", "answer":"$559,635.53", "chart_name":"year_migration_rate_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"Compare the average migration rate and average housing price between 2015 and 2018 with those of 2010. What is the percentage increase or decrease in both values from 2010 to the 2015-2018 average?", "answer":"From 2010 to the average of 2015-2018, migration rate increased by 52% and average housing price increased by 28%.", "chart_name":"year_migration_rate_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"Identify years between 2010 and 2023 where the migration rate exceeded 3.5. What was the average housing price in those years, and what is the overall trend in housing prices during these periods?", "answer":"Between 2010 and 2023, when migration rates surpassed 3.5, average housing prices were $580,000 and showed an increasing trend.", "chart_name":"year_migration_rate_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"In what year was the lowest migration rate observed? If in this year, the housing price had increased proportionally to the highest migration rate year's increase rate, what would be the predicted housing price in that year?", "answer":"The lowest migration rate occurred in 2010. If housing prices increased proportionally to the highest migration rate year's increase, the predicted price in 2010 would be $438,782.61.", "chart_name":"year_migration_rate_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"In which year was the highest migration rate observed? What was the average housing price in the following year?", "answer":"The highest migration rate occurred in 2019. The average housing price the following year was $590,000.", "chart_name":"year_migration_rate_housing_prices", "category":"1", "verifier":"adnan" }, { "question":"Considering years where the number of disasters reported was above the average, what was the average recovery time (in months) for those years?", "answer":"12.78 months.", "chart_name":"year_natural_disasters_recovery_efforts", "category":"1", "verifier":"adnan" }, { "question":"Based on the data from 2010 to 2020, is there a positive or negative correlation between the number of disasters reported and the recovery effort index?", "answer":"Positive correlation.", "chart_name":"year_natural_disasters_recovery_efforts", "category":"1", "verifier":"adnan" }, { "question":"In the year with the lowest Recovery Effort Index, how many disasters were reported?", "answer":"Nine disasters were reported in the year with the lowest recovery effort index.", "chart_name":"year_natural_disasters_recovery_efforts", "category":"1", "verifier":"adnan" }, { "question":"Considering the average number of natural disasters per year, were the average response investments significantly higher in years that exceeded this average compared to years that fell below it?", "answer":"Yes, average response investment was significantly higher ($98.64 billion) in years with more than the average 129.5 natural disasters, compared to years with fewer ($86.91 billion).", "chart_name":"year_natural_disasters_response_investment", "category":"1", "verifier":"adnan" }, { "question":"In years where the number of natural disasters increased significantly from the previous year, was there a proportionally significant increase in the disaster response investment?", "answer":"Yes, years with a large increase in natural disasters also saw proportionally large increases in response investment.", "chart_name":"year_natural_disasters_response_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the average annual investment in disaster response, and how does that relate to the average annual number of natural disasters over the entire period from 2010 to 2023?", "answer":"From 2010-2023, an average of 129.5 natural disasters occurred annually, prompting an average annual disaster response investment of $92.78 billion.", "chart_name":"year_natural_disasters_response_investment", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest number of recorded natural disasters, how did the response investment compare to the average annual response investment over the entire period?", "answer":"The response investment in the year with the most natural disasters was $12.62 billion, exceeding the average annual investment.", "chart_name":"year_natural_disasters_response_investment", "category":"1", "verifier":"adnan" }, { "question":"Assuming a linear relationship between natural disaster occurrences and response investment, if the number of natural disasters in 2024 rises to 160, what would be the projected investment in disaster response based on historical trends?", "answer":"Based on historical trends, a projected investment of $110.86 billion is expected if 160 natural disasters occur in 2024.", "chart_name":"year_natural_disasters_response_investment", "category":"1", "verifier":"adnan" }, { "question":"Assuming the average annual increase in online learning enrollment from 2013 to 2023 continues, what would be the approximate graduation rate in 2024, if the historical correlation between enrollment and graduation rate remains consistent?", "answer":"Approximately 72.55%.", "chart_name":"year_online_learning_enrollment_graduation_rate", "category":"1", "verifier":"adnan" }, { "question":"Comparing the period from 2013 to 2023, which metric saw a greater percentage increase: online learning enrollment or graduation rate?", "answer":"Online learning enrollment saw a greater percentage increase.", "chart_name":"year_online_learning_enrollment_graduation_rate", "category":"1", "verifier":"adnan" }, { "question":"In which year was the graduation rate lowest, and what was the corresponding online learning enrollment in millions for that year?", "answer":"The lowest graduation rate was in 2013, with 5.2 million online learning enrollments.", "chart_name":"year_online_learning_enrollment_graduation_rate", "category":"1", "verifier":"adnan" }, { "question":"If the average annual increase in graduation rate from 2013 to 2023 persists, in what year would the graduation rate be projected to exceed 75%?", "answer":"2028", "chart_name":"year_online_learning_enrollment_graduation_rate", "category":"1", "verifier":"adnan" }, { "question":"Between which two consecutive years was the largest increase in online learning enrollment observed, and how did the graduation rate change during that same period?", "answer":"Online learning enrollment increased most between 2019 and 2020, with the graduation rate rising by 0.7%.", "chart_name":"year_online_learning_enrollment_graduation_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average Investment Rate during years with a Political Stability Index greater than 0.85 and the average Investment Rate during years with a Political Stability Index below 0.85?", "answer":"The average investment rate is 4 percentage points higher in years with a Political Stability Index above 0.85.", "chart_name":"year_political_stability_index_investment_rate", "category":"1", "verifier":"adnan" }, { "question":"What was the average GDP growth in the years where the Investment Rate exceeded 0.17?", "answer":"The average GDP growth in years with an Investment Rate above 0.17 was 3%.", "chart_name":"year_political_stability_index_investment_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average GDP Growth in years where the Political Stability Index is above the overall average and the average GDP Growth in years where the index is below the overall average?", "answer":"The average GDP growth is 0.01 percentage points higher in years with above-average political stability.", "chart_name":"year_political_stability_index_investment_rate", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest population growth rate, what was the total number of protected areas reported?", "answer":"16,892", "chart_name":"year_population_growth_biodiversity_conservation", "category":"1", "verifier":"adnan" }, { "question":"Did the number of protected areas consistently increase during the years when the population growth rate also increased?", "answer":"Yes, the number of protected areas increased during periods of rising population growth rates.", "chart_name":"year_population_growth_biodiversity_conservation", "category":"1", "verifier":"adnan" }, { "question":"What was the difference in the number of protected areas between the year with the lowest population growth rate and the year with the highest population growth rate?", "answer":"There were 3769 more protected areas in the year with the highest population growth rate than in the year with the lowest.", "chart_name":"year_population_growth_biodiversity_conservation", "category":"1", "verifier":"adnan" }, { "question":"Comparing 2010 and 2020, did health expenditure increase proportionally more, less, or at the same rate as population growth?", "answer":"Health expenditure increased proportionally more than population growth between 2010 and 2020.", "chart_name":"year_population_income_health_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2020, did average income or health expenditure increase at a faster annual rate, and what was the difference in their average annual growth rates?", "answer":"Health expenditure increased at a faster annual rate than average income, exceeding it by 3.09 percentage points between 2010 and 2020.", "chart_name":"year_population_income_health_expenditure", "category":"1", "verifier":"adnan" }, { "question":"How did per capita health expenditure change from 2010 to 2020, and what was the average annual change in per capita health expenditure?", "answer":"Per capita health expenditure increased by $3.51 from 2010 to 2020, an average annual increase of $0.35.", "chart_name":"year_population_income_health_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2020, was there a consistent relationship between yearly population growth and yearly income growth, and if so, describe the relationship?", "answer":"Between 2010 and 2020, no consistent relationship existed between yearly population and income growth.", "chart_name":"year_population_income_health_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Assuming the same average annual growth rate of health expenditure from 2010 to 2020, what would be the projected health expenditure in 2025? Report the answer to the nearest integer (in billion USD).", "answer":"5 billion USD", "chart_name":"year_population_income_health_expenditure", "category":"1", "verifier":"adnan" }, { "question":"Project the values for the year 2028, using the average annual change in 'Public Health Expenditure' and 'Disease Prevalence' from 2010 to 2023. Based on these projections, what would be the ratio of 'Public Health Expenditure' to 'Disease Prevalence' in 2028?", "answer":"The projected ratio of public health expenditure to disease prevalence in 2028 is 0.01.", "chart_name":"year_public_health_expenditure_disease_prevalence", "category":"1", "verifier":"adnan" }, { "question":"Calculate the percentage change in 'Public Health Expenditure' and 'Disease Prevalence' from 2010 to 2023.", "answer":"Public health expenditure increased by 96%, while disease prevalence decreased by 16%.", "chart_name":"year_public_health_expenditure_disease_prevalence", "category":"1", "verifier":"adnan" }, { "question":"For each year from 2010 to 2023, calculate the ratio of 'Public Health Expenditure' to 'Disease Prevalence'. In which year was this ratio the highest, suggesting the most effective use of public health expenditure in reducing disease prevalence?", "answer":"The ratio of public health expenditure to disease prevalence was highest in 2023.", "chart_name":"year_public_health_expenditure_disease_prevalence", "category":"1", "verifier":"adnan" }, { "question":"Based on the average increase in vaccination rate per unit increase in public health initiatives from 2010 to 2023, what would be the estimated vaccination rate if the number of public health initiatives increased to 30 in 2024?", "answer":"96.26%", "chart_name":"year_public_health_initiatives_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average vaccination rates for the periods 2010-2015 and 2016-2023, which period demonstrates a higher average rate, and what possible factor related to public health initiatives might contribute to this difference?", "answer":"The 2016-2023 period had a 6.29% higher average vaccination rate. This may be due to increased public health initiatives.", "chart_name":"year_public_health_initiatives_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"Is there a consistent positive correlation between year-over-year changes in the number of public health initiatives and year-over-year changes in vaccination rates from 2010 to 2023?", "answer":"No, there's no consistent positive correlation. In several years (2012, 2014, 2016, 2018, 2021, 2023), public health initiatives decreased while vaccination rates increased.", "chart_name":"year_public_health_initiatives_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"Considering the average number of public health initiatives and the average vaccination rate from 2010 to 2023, what can be inferred about the general effectiveness of public health initiatives in increasing vaccination rates during this period?", "answer":"From 2010-2023, an average of 19.07 public health initiatives correlated with an average 92.23% vaccination rate, suggesting that these initiatives were effective in increasing vaccination rates.", "chart_name":"year_public_health_initiatives_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"In this case, does the public transport investment correlate with the investment?", "answer":"Yes", "chart_name":"year_public_transport_investment_usage", "category":"1", "verifier":"adnan" }, { "question":"Data reported that 2020 and 2021 saw a decrease in the Public Transport Usage, despite constant investment. Why do you think so?", "answer":"Yes, the decline could be due to the COVID outbreak.", "chart_name":"year_public_transport_investment_usage", "category":"1", "verifier":"adnan" }, { "question":"In which year was the investment in public transport most efficient in terms of generating passenger journeys, based on a ratio of investment to usage?", "answer":"2010 saw the highest return on investment in public transport, measured by passenger journeys per million USD invested.", "chart_name":"year_public_transport_investment_usage", "category":"1", "verifier":"adnan" }, { "question":"Is there a direct relation or an inverse relation between the percentage change in public transport usage and the percentage change in car sales from 2010 to 2019?", "answer":"Inverse relationship.", "chart_name":"year_public_transport_usage_car_sales", "category":"1", "verifier":"adnan" }, { "question":"Based on the average yearly increase in public transport usage and decrease in car sales from 2010 to 2019, what would be the estimated values for public transport usage in 2025, assuming the trend continues? Convert it to the nearest integer ( in millions).", "answer":"In 2025, public transport usage is estimated at 14 million, and car sales at 6.80 million.", "chart_name":"year_public_transport_usage_car_sales", "category":"1", "verifier":"adnan" }, { "question":"Focusing solely on the years 2015-2019, how did the increase in public transport usage compare to the decrease in car sales?", "answer":"Between 2015 and 2019, public transport usage rose by 1.5 million, while car sales fell by 1.2 million.", "chart_name":"year_public_transport_usage_car_sales", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2000 to 2014, what is the difference between the average annual growth rate of renewable energy consumption (in TWh) and the average annual GDP growth rate (in percentage points)?", "answer":"The average annual growth rate of renewable energy consumption exceeded the average annual GDP growth rate by 0.16 percentage points between 2000 and 2014.", "chart_name":"year_renewable_energy_consumption_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the ratio of the total renewable energy consumption (in TWh) to the sum of GDP growth percentages over the period 2000 to 2014?", "answer":"The ratio of total renewable energy consumption (TWh) to the sum of GDP growth percentages from 2000-2014 is 4989.6.", "chart_name":"year_renewable_energy_consumption_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"If, hypothetically, the GDP growth rate in 2015 were to reach 4.5%, based on the correlation between renewable energy consumption and GDP growth observed from 2000 to 2014, what would be a reasonable estimate for renewable energy consumption in 2015 (in TWh), assuming a linear relationship?", "answer":"Approximately 20,463 TWh.", "chart_name":"year_renewable_energy_consumption_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Does renewable energy usage and carbon emissions have a direct relation or an inverse relation?", "answer":"Inverse", "chart_name":"year_renewable_energy_usage_carbon_emissions", "category":"1", "verifier":"adnan" }, { "question":"The stark reduction in carbon emissions in 2020 occurred due to less vehicles on the road alongside other factors. What caused this?", "answer":"Corona Virus (COVID-19)", "chart_name":"year_renewable_energy_usage_carbon_emissions", "category":"1", "verifier":"adnan" }, { "question":"Considering the data from 2010 to 2020, what is the approximate percentage increase in patents filed for every 100 million USD increase in research funding?", "answer":"For every $100 million increase in research funding from 2010-2020, approximately 6.2 thousand more patents were filed.", "chart_name":"year_research_funding_patents_innovation", "category":"1", "verifier":"adnan" }, { "question":"In which year did the 'Innovation Score' show the highest percentage increase relative to the percentage increase in 'Research Funding'?", "answer":"2012 saw the largest percentage increase in Innovation Score relative to Research Funding.", "chart_name":"year_research_funding_patents_innovation", "category":"1", "verifier":"adnan" }, { "question":"Considering the average annual increase in the 'Innovation Score' from 2010 to 2020, what would be a reasonable estimation of the 'Innovation Score' for the year 2025?", "answer":"Based on the average annual increase in Innovation Score from 2010-2020, the estimated score for 2025 is 116.", "chart_name":"year_research_funding_patents_innovation", "category":"1", "verifier":"adnan" }, { "question":"In years where Research and Innovation Investment exceeded the average investment across all years, what was the average GDP growth rate?", "answer":"Years with above-average Research & Innovation investment saw a slightly higher average GDP growth of 2.70%.", "chart_name":"year_research_innovation_investment_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Identify the periods (consecutive years) where both Research and Innovation Investment and GDP Growth showed simultaneous increases or decreases. Calculate the average percentage change in investment and GDP growth during those periods.", "answer":"Research and Innovation Investment and GDP growth both increased or decreased simultaneously during certain periods. The average percentage change in investment during these periods was 3.35%, and in GDP growth it was 201.75%.", "chart_name":"year_research_innovation_investment_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average annual research and innovation investment over the entire period (2001-2015).", "answer":"The average research and innovation investment from 2001-2015 was $3.5 billion annually.", "chart_name":"year_research_innovation_investment_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering the average annual increase in Rural Development Funding and Rural Population Growth between 2010 and 2023, what is the ratio of the average annual increase in funding (in millions USD) to the average annual increase in population growth (in percentage points)?", "answer":"The average annual increase in rural development funding was 5.25 times greater than the average annual increase in rural population growth.", "chart_name":"year_rural_development_population_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the total amount of funding allocated from 2010 to 2015?", "answer":"From 2010-2015, total funding was $83.1 million.", "chart_name":"year_rural_development_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Inferring these charts, do you think Rural Development Funding is directly proportional to the Rural Population Growth?", "answer":"Yes, they are correlated.", "chart_name":"year_rural_development_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering the annual increase in the number of rural health centers and the concurrent decrease in the average distance to hospitals from 2010 to 2020, what is the overall improvement in rural healthcare access, considering both factors in tandem?", "answer":"Rural healthcare access improved by 31.49% from 2010 to 2020, reflecting increased health centers and reduced hospital distances.", "chart_name":"year_rural_health_access_population_growth", "category":"1", "verifier":"adnan" }, { "question":"From 2010 to 2020, did the improved access to hospitals (reduced average distance) outweigh the increased demand due to rural population growth, resulting in better or worse healthcare accessibility?", "answer":"Improved healthcare accessibility.", "chart_name":"year_rural_health_access_population_growth", "category":"1", "verifier":"adnan" }, { "question":"If the rural population growth rate remains consistent with the average from 2010 to 2020, approximately how many rural health centers would be needed by 2025, assuming the current ratio of health centers to population is maintained?", "answer":"Approximately 6,568 rural health centers.", "chart_name":"year_rural_health_access_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Is there a noticeable trend between the average distance to the nearest hospital and the number of rural health centers over the years? Does a decrease in one correlate with a change in the other?", "answer":"More rural health centers are associated with shorter average distances to hospitals.", "chart_name":"year_rural_health_access_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Based on the data from 2010 to 2020, is there a correlation between the decrease in average distance to hospitals and the percentage of rural population growth? Does improved access to healthcare appear to positively influence population growth?", "answer":"Yes, improved access to healthcare (shorter average distance to hospitals) correlates strongly with increased rural population growth (r = -0.998).", "chart_name":"year_rural_health_access_population_growth", "category":"1", "verifier":"adnan" }, { "question":"Is there a rough positive correlation between Rural Population and Rural Investment?", "answer":"Yes", "chart_name":"year_rural_investment_population_migration", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2023, did the rate of growth in rural investment exceed the rate of growth in rural population?", "answer":"Yes, rural investment grew faster than the rural population between 2010 and 2023.", "chart_name":"year_rural_investment_population_migration", "category":"1", "verifier":"adnan" }, { "question":"Comparing periods of consistently increasing rural investment to periods with fluctuating investment, what was the difference in the average annual net rural migration?", "answer":"During periods of consistently increasing rural investment, average annual net rural migration was 1.03 thousand higher than during periods of fluctuating investment.", "chart_name":"year_rural_investment_population_migration", "category":"1", "verifier":"adnan" }, { "question":"Considering the decrease in rural population between 2010 and 2020, has the number of schools per 10,000 people consistently increased, and if so, what is the overall percentage change in schools per 10,000 people during this period?", "answer":"No, the number of schools per 10,000 people decreased by 4% between 2010 and 2020.", "chart_name":"year_rural_population_access_to_education", "category":"1", "verifier":"adnan" }, { "question":"Assuming the trends in rural population and schools per 10,000 people from 2015 to 2020 continue, what would be the approximate number of schools per 10,000 people and the estimated rural population in 2025? Convert this to the nearest integer (per 10,000 people).", "answer":"In 2025, there would be approximately 2 schools per 10,000 people.", "chart_name":"year_rural_population_access_to_education", "category":"1", "verifier":"adnan" }, { "question":"Has there been a consistent inverse relationship between the rural population and the average distance to school each year from 2010 to 2020?", "answer":"No.", "chart_name":"year_rural_population_access_to_education", "category":"1", "verifier":"adnan" }, { "question":"Compare the years 2017 and 2022. Considering the vaccination rate in each year, what is the difference in seasonal flu cases?", "answer":"In 2022, there were 268,000 more seasonal flu cases than in 2017.", "chart_name":"year_seasonal_flu_cases_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"For the two-year periods with the lowest and highest numbers of seasonal flu cases, what is the percentage difference in average vaccination rates between these two periods?", "answer":"The average vaccination rate during the period with the most flu cases was 38.89% higher than during the period with the fewest.", "chart_name":"year_seasonal_flu_cases_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the share of Vaccination rate of 2013 and 2014?", "answer":"0.26%", "chart_name":"year_seasonal_flu_cases_vaccination_rate", "category":"1", "verifier":"adnan" }, { "question":"Between 2010 and 2020, comparing the growth rates of overall internet users and rural internet users, which group demonstrated a larger percentage increase in access, and what does this suggest about the closing or widening of the digital divide in rural areas during this period?", "answer":"Rural internet users saw a greater percentage increase than overall internet users between 2010 and 2020, suggesting a narrowing of the digital divide.", "chart_name":"year_smartphone_penetration_digital_divide", "category":"1", "verifier":"adnan" }, { "question":"In which year was the gap between urban and rural internet access the widest?", "answer":"The year is 2020.", "chart_name":"year_smartphone_penetration_digital_divide", "category":"1", "verifier":"adnan" }, { "question":"What was the percentage of Rural Internet Users, when the Smartphone Penetration exceeded 80% for the first time?", "answer":"52.4%", "chart_name":"year_smartphone_penetration_digital_divide", "category":"1", "verifier":"adnan" }, { "question":"Do Smart City Initiatives have a direct or an inverse relation with the Air Quality Index?", "answer":"Inverse.", "chart_name":"year_smart_city_initiatives_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"Does Traffic Congestion Index have a direct or an inverse relation with the Air Quality Index?", "answer":"Inverse.", "chart_name":"year_smart_city_initiatives_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"How many indices are trending positively?", "answer":"3", "chart_name":"year_smart_city_initiatives_quality_of_life", "category":"1", "verifier":"adnan" }, { "question":"How many years experienced more than 2 hours of average daily social media usage?", "answer":"8", "chart_name":"year_social_media_usage_online_shopping", "category":"1", "verifier":"adnan" }, { "question":"Considering economic trends and sales data, which three-year period, 2013-2016 or 2017-2020, demonstrated a comparatively higher total online shopping sales volume?", "answer":"2017-2020 had more in online sales than 2013-2016.", "chart_name":"year_social_media_usage_online_shopping", "category":"1", "verifier":"adnan" }, { "question":"In which year was the percentage increase in average daily social media usage compared to the previous year the highest?", "answer":"In 2016, average daily social media usage saw its largest percentage increase year-over-year.", "chart_name":"year_social_media_usage_online_shopping", "category":"1", "verifier":"adnan" }, { "question":"Are the number of Youth Activism Events directly correlated to the number of Average Daily Social Media Use?", "answer":"Yes", "chart_name":"year_social_media_usage_youth_involvement_mental_health", "category":"1", "verifier":"adnan" }, { "question":"Based on the average yearly increase in youth activism events from 2010 to 2020, what is the projected number of youth activism events in 2025?", "answer":"46,000", "chart_name":"year_social_media_usage_youth_involvement_mental_health", "category":"1", "verifier":"adnan" }, { "question":"Comparing the period from 2010 to 2020, which grew more rapidly: average daily social media usage or reported mental health concerns (per 100k)?", "answer":"Social media usage grew faster than reported mental health concerns between 2010 and 2020.", "chart_name":"year_social_media_usage_youth_involvement_mental_health", "category":"1", "verifier":"adnan" }, { "question":"Does sustainable agriculture land use relate positively with food security index or negatively?", "answer":"positively", "chart_name":"year_sustainable_agriculture_practices_food_security", "category":"1", "verifier":"adnan" }, { "question":"How many years saw a food security index above 60 or below 50?", "answer":"2", "chart_name":"year_sustainable_agriculture_practices_food_security", "category":"1", "verifier":"adnan" }, { "question":"Considering a year with above-average precipitation as having more than 690mm of rainfall and a year with below-average precipitation as having less than 690mm rainfall, what is the difference in average crop yield between years with above-average precipitation and years with below-average precipitation?", "answer":"Crop yields are 0.46 tonnes\/hectare higher in years with above-average precipitation.", "chart_name":"year_temperature_precipitation_crop_yield", "category":"1", "verifier":"adnan" }, { "question":"How many years had an average temperature above 28 degrees celcius?", "answer":"1", "chart_name":"year_temperature_precipitation_crop_yield", "category":"1", "verifier":"adnan" }, { "question":"In the year with the lowest crop yield, what was the difference between the average temperature of that year and the average temperature across all years?", "answer":"The year with the lowest crop yield had an average temperature 1.07\u00b0C below the overall average.", "chart_name":"year_temperature_precipitation_crop_yield", "category":"1", "verifier":"adnan" }, { "question":"Between 2016 and 2017, the tourism revenue increased. What percentage increase in the revenue was observed?", "answer":"Tourism revenue increased by 8.94% between 2016 and 2017.", "chart_name":"year_tourism_revenue_currency_exchange_rate", "category":"1", "verifier":"adnan" }, { "question":"The year 2020 shows a significant decrease in tourism revenue despite a relatively stable exchange rate compared to previous years. Considering the global context of 2020 (COVID-19 pandemic), how can this drastic drop in revenue be explained, given the exchange rate's relative stability?", "answer":"The COVID-19 pandemic caused widespread travel restrictions and reduced tourism, sharply decreasing 2020 revenue despite a stable exchange rate.", "chart_name":"year_tourism_revenue_currency_exchange_rate", "category":"1", "verifier":"adnan" }, { "question":"Assuming the average annual growth rate of tourism revenue from 2021 to 2023 continues, and the USD\/EUR exchange rate remains constant at the 2023 average, would an approximate prediction for the tourism revenue in USD billion for the year 2024 be closer to 1700 million usd or 1800 million usd?", "answer":"1700 million", "chart_name":"year_tourism_revenue_currency_exchange_rate", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average increase in healthcare expenditure (in the given units) for every additional 100,000 traffic accidents, considering the data from 2010 to 2023. Round your answer to two decimal places.", "answer":"For every additional 100,000 traffic accidents, healthcare expenditure increases by an average of 0.06.", "chart_name":"year_traffic_accidents_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"What is the ratio of the percentage change in healthcare expenditure to the percentage change in traffic accidents from 2010 to 2023?", "answer":"Healthcare expenditure increased 5.65 times more than traffic accidents between 2010 and 2023.", "chart_name":"year_traffic_accidents_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"In which year was the number of traffic accidents the highest?", "answer":"The highest number of traffic accidents occurred in 2019.", "chart_name":"year_traffic_accidents_healthcare_expenditure", "category":"1", "verifier":"adnan" }, { "question":"What was the average GDP growth rate during years with unemployment rates above 8%?", "answer":"Years with unemployment above 8% averaged 0.98% GDP growth.", "chart_name":"year_unemployment_rate_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"What was the GDP growth percentage in the year with the highest recorded unemployment rate?", "answer":"In the year with the highest unemployment, GDP grew by 2.6%.", "chart_name":"year_unemployment_rate_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the highest and lowest unemployment rates recorded?", "answer":"The unemployment rate varied by 5.7 percentage points.", "chart_name":"year_unemployment_rate_economic_growth", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest recorded unemployment rate, what was the corresponding wage growth rate?", "answer":"Wage growth was 1.7%.", "chart_name":"year_unemployment_rate_inflation_rate_wage_growth", "category":"1", "verifier":"adnan" }, { "question":"Considering only the years where the unemployment rate exceeded 8%, what was the average wage growth rate during those years?", "answer":"During years with unemployment exceeding 8%, average wage growth was 2.3%.", "chart_name":"year_unemployment_rate_inflation_rate_wage_growth", "category":"1", "verifier":"adnan" }, { "question":"Did the unemployment rate and inflation rate consistently show a positive correlation (both rising or falling together) across all years in the dataset?", "answer":"No, unemployment and inflation rates did not consistently move in the same direction.", "chart_name":"year_unemployment_rate_inflation_rate_wage_growth", "category":"1", "verifier":"adnan" }, { "question":"For the years with wage growth below 2.5%, what was the average unemployment rate?", "answer":"Average unemployment was 7.9%.", "chart_name":"year_unemployment_rate_inflation_rate_wage_growth", "category":"1", "verifier":"adnan" }, { "question":"Comparing the years with the highest and lowest urbanization rates, what is the difference in population density?", "answer":"The difference in population density between the years with the highest and lowest urbanization rates is 30.8.", "chart_name":"year_urbanization_population_density", "category":"1", "verifier":"adnan" }, { "question":"If the trends in urbanization rate and population density from 1970 to 2025 continue, what would be the approximate urbanization rate in the year 2030?", "answer":"Approximately 92.8%.", "chart_name":"year_urbanization_population_density", "category":"1", "verifier":"adnan" }, { "question":"Which variable, urbanization rate or population density, shows a more rapid increase between 1970 and 2025?", "answer":"Population density increased more rapidly.", "chart_name":"year_urbanization_population_density", "category":"1", "verifier":"adnan" }, { "question":"In the year with the highest urbanization rate, what was the total amount invested in food security?", "answer":"$7.3 billion", "chart_name":"year_urbanization_rate_food_security_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the percentage increase in food security investment between 2006 and 2015?", "answer":"Food security investment increased by 108%.", "chart_name":"year_urbanization_rate_food_security_investment", "category":"1", "verifier":"adnan" }, { "question":"What was the food security investment in USD Billion in the year with the lowest urbanization rate?", "answer":"In the year with the lowest urbanization rate, $2.5 billion was invested in food security.", "chart_name":"year_urbanization_rate_food_security_investment", "category":"1", "verifier":"adnan" }, { "question":"Comparing the years with the highest and lowest average fuel prices between 2005 and 2019, what was the percentage change in vehicle sales between these two years?", "answer":"Vehicle sales decreased by 17.14% between the years with the highest and lowest average fuel prices.", "chart_name":"year_vehicle_sales_fuel_prices", "category":"1", "verifier":"adnan" }, { "question":"Were there any years between 2005 and 2019 where vehicle sales decreased despite a concurrent decrease in average fuel price?", "answer":"Yes", "chart_name":"year_vehicle_sales_fuel_prices", "category":"1", "verifier":"adnan" }, { "question":"From 2005 to 2019, what was the overall percentage change in vehicle sales compared to the overall percentage change in average fuel prices?", "answer":"Vehicle sales increased 6% while average fuel prices decreased.", "chart_name":"year_vehicle_sales_fuel_prices", "category":"1", "verifier":"adnan" }, { "question":"Considering the period from 2010 to 2020, what was the percentage change in landfill waste?", "answer":"Landfill waste decreased by 28.13% from 2010 to 2020.", "chart_name":"year_waste_management_investment_environmental_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Analyze the correlation between the increase in recycling rates and investment in waste management from 2010 to 2020, and its impact on the reduction of the air quality index. Is there a clear correlation, and if so, how strong is it?", "answer":"From 2010-2020, increased recycling rates strongly correlated with higher waste management investment and lower air quality index.", "chart_name":"year_waste_management_investment_environmental_outcomes", "category":"1", "verifier":"adnan" }, { "question":"Calculate the number of years where the Air Quality Index is below 100?", "answer":"11", "chart_name":"year_waste_management_investment_environmental_outcomes", "category":"1", "verifier":"adnan" }, { "question":"How many of the given charts trend positively?", "answer":2.0, "chart_name":"year_waste_management_investment_recycling_rate", "category":"1", "verifier":"adnan" }, { "question":"Let the year which will see a recycling rate of 50% or above be 'X'. Determine if 'X' is closer to 2025 or 2030?", "answer":2030.0, "chart_name":"year_waste_management_investment_recycling_rate", "category":"1", "verifier":"adnan" }, { "question":"Which year did we see a 50% increase from 2013 in Waste Management Investment?", "answer":2020.0, "chart_name":"year_waste_management_investment_recycling_rate", "category":"1", "verifier":"adnan" }, { "question":"In what year(s) did water consumption deviate most significantly from the average over the period from 2013 to 2023?", "answer":"In 2013, water consumption deviated most from the 2013-2023 average.", "chart_name":"year_water_conservation_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"Can we say that Water Consumption is inversely related to the Community Event Attendance?", "answer":"Yes, they are inversely related.", "chart_name":"year_water_conservation_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"Which year shows the most substantial combined effect of decreased water consumption and increased volunteer participation compared to the previous year, suggesting a potential turning point in community water conservation efforts?", "answer":"2021 saw the largest decrease in water consumption and the largest increase in volunteer participation compared to the previous year.", "chart_name":"year_water_conservation_community_engagement", "category":"1", "verifier":"adnan" }, { "question":"Considering that years with higher water quality indices usually have higher investments in water infrastructure, what is the average investment (in millions of USD) made in years where the water quality index exceeded 90?", "answer":"$4.12 million.", "chart_name":"year_water_quality_investment_in_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"Calculate the percentage increase in investment in water infrastructure from the year with the lowest water quality index to the year with the highest water quality index.", "answer":"Investment in water infrastructure increased by 87%.", "chart_name":"year_water_quality_investment_in_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"What is the difference between the average water quality index and the average investment in water infrastructure (in millions of USD) over the period from 2010 to 2023?", "answer":"The average difference between the water quality index and investment in water infrastructure (in millions of USD) from 2010-2023 is 82.53.", "chart_name":"year_water_quality_investment_in_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"Did Water Quality index see a smooth growth over the years?", "answer":"No", "chart_name":"year_water_quality_investment_in_infrastructure", "category":"1", "verifier":"adnan" }, { "question":"In the year with the largest percentage increase in water usage, what was the corresponding percentage change in agricultural output?", "answer":"Agricultural output increased by 6.03%.", "chart_name":"year_water_usage_agricultural_output", "category":"1", "verifier":"adnan" }, { "question":"Is the Agricultural Output (in Million Tonnes) directly correlated to the Water Usage?", "answer":"Yes", "chart_name":"year_water_usage_agricultural_output", "category":"1", "verifier":"adnan" }, { "question":"Is the overall trend for Wildlife Population increasing or decreasing over the years?", "answer":"Increasing", "chart_name":"year_wildlife_population_conservation_efforts", "category":"1", "verifier":"adnan" }, { "question":"Is the overall trend for Conservation Funding (in millions) increasing or decreasing over the years?", "answer":"Increasing", "chart_name":"year_wildlife_population_conservation_efforts", "category":"1", "verifier":"adnan" }, { "question":"Comparing the average annual growth rates from 2000 to 2020, which indicator shows a larger rate of increase: Youth Engagement Index or Youth Voting Rate?", "answer":"The Youth Voting Rate increased more than the Youth Engagement Index from 2000-2020.", "chart_name":"year_youth_engagement_in_governance_voting_rate", "category":"1", "verifier":"adnan" }, { "question":"If the trend from 2000 to 2020 continues, let the approximate youth voting rate when the Youth Engagement Index reaches 0.9 be X. is X closer to 80% or 90%?", "answer":"Closer to 80%.", "chart_name":"year_youth_engagement_in_governance_voting_rate", "category":"1", "verifier":"adnan" }, { "question":"Based on the data from 2000 to 2020, what is the average ratio of Youth Voting Rate to Youth Engagement Index?", "answer":"The average ratio of Youth Voting Rate to Youth Engagement Index (2000-2020) is 83.81%..", "chart_name":"year_youth_engagement_in_governance_voting_rate", "category":"1", "verifier":"adnan" }, { "question":"Does the data from 2000-2020 suggest a positive correlation between increases in the Youth Engagement Index and increases in the Youth Voting Rate?", "answer":"Yes, the data shows a positive correlation between the Youth Engagement Index and Youth Voting Rate from 2000-2020.", "chart_name":"year_youth_engagement_in_governance_voting_rate", "category":"1", "verifier":"adnan" }, { "question":"In the years with the highest youth unemployment rates (above 15%), what was the average number of reported anxiety cases per 10,000 people?", "answer":"Years with youth unemployment exceeding 15% saw an average of 127 anxiety cases per 10,000 people.", "chart_name":"year_youth_unemployment_mental_health_issues", "category":"1", "verifier":"adnan" }, { "question":"Is there a clear trend in unemployment rates post the great recession of 2009?", "answer":"Yes, its decreasing smoothly.", "chart_name":"year_youth_unemployment_mental_health_issues", "category":"1", "verifier":"adnan" }, { "question":"In which year was the difference between reported cases of anxiety and depression per 10,000 the largest?", "answer":"In 2009, the difference between anxiety and depression cases was greatest.", "chart_name":"year_youth_unemployment_mental_health_issues", "category":"1", "verifier":"adnan" }, { "question":"Calculate the average acceleration between time 1 and time 5 and compare it to the average acceleration between time 6 and time 10. What is the difference between these two average accelerations?", "answer":"The difference between the average accelerations is 0.02 m\/s\u00b2. ", "chart_name":"acceleration_change_in_velocity_time", "category":"1", "verifier":"srija" }, { "question":"At what time interval did the object undergo a velocity change of exactly 5.9 m\/s?", "answer":"The object never experienced a velocity change of exactly 5.9 m\/s.", "chart_name":"acceleration_change_in_velocity_time", "category":"1", "verifier":"srija" }, { "question":"Which value of acceleration (2.9 m\/s^2 or 3 m\/s^2) occurs more frequently in the dataset? ", "answer":"Both 2.9 m\/s\u00b2 and 3.0 m\/s\u00b2 appear six times each. ", "chart_name":"acceleration_change_in_velocity_time", "category":"1", "verifier":"srija" }, { "question":"What is the difference in acceleration due to gravity between the planet with the largest radius and the planet with the smallest radius?", "answer":"The difference in acceleration due to gravity is 0.41 m\/s\u00b2.", "chart_name":"acceleration_due_to_gravity_minor_planet_variations", "category":"1", "verifier":"srija" }, { "question":"If we combine on-time arrival rate and baggage handling efficiency using equal weights to create a 'Combined Performance Score', and then use this score to predict customer satisfaction, which airline would have been most accurately predicted based on this model?", "answer":"Hawaiian Airlines.", "chart_name":"airline_customer_satisfaction_on_time_arrival_baggage_handling", "category":"1", "verifier":"srija" }, { "question":"Considering only airlines with an on-time arrival rate above 80% and a baggage handling efficiency above 90%, what is the average customer satisfaction rating for these airlines?", "answer":"The average customer satisfaction rating is 4.35 for airlines meeting the on-time arrival and baggage handling criteria.", "chart_name":"airline_customer_satisfaction_on_time_arrival_baggage_handling", "category":"1", "verifier":"srija" }, { "question":"Among the airlines with on-time arrival rates below the average on-time arrival rate, what is the highest customer satisfaction rating observed, and which airline achieved it?", "answer":"American Airlines had the highest customer satisfaction (3.9 out of 5) among airlines with below-average on-time arrival rates.", "chart_name":"airline_customer_satisfaction_on_time_arrival_baggage_handling", "category":"1", "verifier":"srija" }, { "question":"Compare the average customer satisfaction ratings of airlines with baggage handling efficiency above 90% to those below 90%. What is the difference between these averages?", "answer":"Airlines with baggage handling efficiency above 90% have an average customer satisfaction rating 0.7 points higher than those below 90%.", "chart_name":"airline_customer_satisfaction_on_time_arrival_baggage_handling", "category":"1", "verifier":"srija" }, { "question":"If JetBlue improves its on-time arrival rate by 5% and its baggage handling efficiency by 3%, maintaining the current relationship between performance and satisfaction, what would be the estimated increase in its customer satisfaction rating (assuming a linear relationship)?", "answer":"JetBlue's customer satisfaction rating would increase by approximately 0.3 points (out of 5).", "chart_name":"airline_customer_satisfaction_on_time_arrival_baggage_handling", "category":"1", "verifier":"srija" }, { "question":"Based on the observed inverse relationship between air humidity and evaporation rate, if the air humidity on day 16 is measured to be 72%, what would be the estimated evaporation rate (mm\/day)?", "answer":"Approximately 3.74 mm\/day.", "chart_name":"air_humidity_evaporation_rate", "category":"1", "verifier":"srija" }, { "question":"Calculate the average evaporation rate (mm\/day) for days 1, 5, and 10.", "answer":"The average evaporation rate for days 1, 5, and 10 is 3.8 mm\/day.", "chart_name":"air_humidity_evaporation_rate", "category":"1", "verifier":"srija" }, { "question":"If the air humidity on day 17 is expected to be 98%, based on the observed trend, would you anticipate the evaporation rate to be higher or lower than 2.4 mm\/day, and why?", "answer":"Lower than 2.4 mm\/day because higher humidity typically reduces evaporation.", "chart_name":"air_humidity_evaporation_rate", "category":"1", "verifier":"srija" }, { "question":"If a large object needs to be lifted using buoyancy, which fluid from the table would be most effective based on the data provided?", "answer":"Mercury is most effective because it generates the highest buoyant force per unit volume.", "chart_name":"archimedes_principle_buoyant_force_fluid_density_displaced_volume", "category":"1", "verifier":"srija" }, { "question":"If these fluids were carefully poured into a container without mixing, which fluid would settle at the top, and which would settle at the bottom?", "answer":"Gasoline would float on top because it has the lowest density. Mercury, with the highest density, would settle at the bottom.", "chart_name":"archimedes_principle_buoyant_force_fluid_density_displaced_volume", "category":"1", "verifier":"srija" }, { "question":"If the buoyant force of a cube is 0.15N and based on the trend observed between buoyant force and displaced volume from the cylinders data, approximately what would its displaced volume be, in ml?", "answer":"Approximately 15 mL.", "chart_name":"archimedes_principle_minor_volume_differences", "category":"1", "verifier":"srija" }, { "question":"Based on the average relationship between displaced volume and buoyant force observed across all shapes, what would be the approximate buoyant force of an object with a displaced volume of 12 mL?", "answer":"Approximately 0.12 N.", "chart_name":"archimedes_principle_minor_volume_differences", "category":"1", "verifier":"srija" }, { "question":"Compare the average book sales for books with an Author Popularity Score above 90 to those below 80. What is the difference in average sales between these two groups?", "answer":"Books by authors with a popularity score above 90 sold, on average, 120,865.5 more copies than books by authors with a score below 80.", "chart_name":"book_sales_author_popularity", "category":"1", "verifier":"srija" }, { "question":"Is the book with the highest sales written by an author whose popularity score exceeds 95? If so, by how much does its sales exceed 300,000?", "answer":"Yes, by 24,567.", "chart_name":"book_sales_author_popularity", "category":"1", "verifier":"srija" }, { "question":"What is the difference between the marketing spend of the brand with the highest social media engagement and the average marketing spend across all brands?", "answer":"The brand with the highest social media engagement spent $3.23 million more than the average marketing spend.", "chart_name":"brand_awareness_marketing_spend_social_media_engagement", "category":"1", "verifier":"srija" }, { "question":"What is the difference between the highest and lowest ratios of Brand Awareness Index to Marketing Spend (in millions USD) among all brands?", "answer":"The difference between the highest and lowest Brand Awareness Index to Marketing Spend ratios is 1.6.", "chart_name":"brand_awareness_marketing_spend_social_media_engagement", "category":"1", "verifier":"srija" }, { "question":"What is the average Brand Awareness Index for brands whose marketing spend is above the average marketing spend across all brands?", "answer":"Brands spending above average on marketing have an average Brand Awareness Index of 81.", "chart_name":"brand_awareness_marketing_spend_social_media_engagement", "category":"1", "verifier":"srija" }, { "question":"A new brand has a customer experience rating of 3.8 and a brand reputation index of 75. Based on the trend shown in the data, what would be a reasonable estimate for its customer loyalty index?", "answer":"Based on the data trends, a Customer Loyalty Index of approximately 66 would be reasonable.", "chart_name":"brand_loyalty_customer_experience_brand_reputation", "category":"1", "verifier":"srija" }, { "question":"Comparing Walmart and Target, both with relatively similar customer experience ratings, which brand demonstrates a proportionally stronger customer loyalty index, and what factor primarily contributes to this difference?", "answer":"Target shows proportionally stronger customer loyalty, primarily due to its higher brand reputation.", "chart_name":"brand_loyalty_customer_experience_brand_reputation", "category":"1", "verifier":"srija" }, { "question":"Determine the object with the largest buoyant force and assess whether its density is above or below the average object density from the provided dataset.", "answer":"Object L has the largest buoyant force. Its density is above the average object density.", "chart_name":"buoyancy_subtle_density_variations", "category":"1", "verifier":"srija" }, { "question":"Comparing the 2022 Honda Civic and the 2022 Mazda CX-5, both within a similar price range, which factor, price or fuel efficiency, appears to have a stronger correlation with the number of units sold?", "answer":"Fuel efficiency shows a stronger correlation with sales than price.", "chart_name":"car_sales_fuel_efficiency_price", "category":"1", "verifier":"srija" }, { "question":"Considering the average fuel efficiency, average price, and average sales across all car models, is there a positive correlation between higher fuel efficiency and lower price with increased sales figures, suggesting that better fuel economy coupled with affordability is a key driver of sales?", "answer":"No, higher fuel efficiency is not correlated with lower price and higher sales.", "chart_name":"car_sales_fuel_efficiency_price", "category":"1", "verifier":"srija" }, { "question":"Among the top three best-selling car models, what common trends in fuel efficiency and price can be observed, and do these suggest a strategy for maximizing sales?", "answer":"Top sellers (17-19 mpg) cost $29,195-$30,635, suggesting affordability and practicality drive sales, not fuel efficiency.", "chart_name":"car_sales_fuel_efficiency_price", "category":"1", "verifier":"srija" }, { "question":"Comparing the 2022 Toyota Camry and the 2022 Honda CR-V, which have similar fuel efficiency, how significant is the difference in their sales, and can this difference be primarily attributed to the price variation between the two models?", "answer":"The Honda CR-V outsold the Toyota Camry by 46,498 units despite the Camry being $1,680 cheaper, suggesting price isn't the sole factor driving sales disparity.", "chart_name":"car_sales_fuel_efficiency_price", "category":"1", "verifier":"srija" }, { "question":"For experiments with a constant radius of 2m, what is the relationship between velocity and centripetal acceleration? Express this relationship as a ratio of centripetal acceleration to velocity for each of these experiments.", "answer":"For experiments with a 2m radius, the ratio of centripetal acceleration to velocity is 2.5 m\/s for experiment 0 and 2.75 m\/s for experiment 2.", "chart_name":"centripetal_acceleration_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"What is the average centripetal acceleration for experiments where the velocity is above 7 m\/s? How does this compare to the average velocity for experiments with a radius of 2.5m?", "answer":"The average centripetal acceleration for experiments with velocity above 7 m\/s is 22.25 m\/s\u00b2. This is considerably higher than the average velocity (6.85 m\/s) for experiments with a 2.5m radius.", "chart_name":"centripetal_acceleration_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"Considering the experiment with the lowest centripetal acceleration, would increasing the velocity or the radius by 0.1m\/s and 0.1m respectively result in a greater increase in the centripetal acceleration?", "answer":"Increasing the velocity would result in a greater increase in centripetal acceleration.", "chart_name":"centripetal_acceleration_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"If we consider the ratio of centripetal force to mass as an indicator of the 'effectiveness' of the centripetal force in controlling an object's motion, which object (A-K) exhibits the highest 'effectiveness'?", "answer":"Object K has the highest centripetal force to mass ratio.", "chart_name":"centripetal_force_mass_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"If a new object 'L' has a mass of 18 kg, a velocity of 21 m\/s, and a radius of 5.5 m, what would be its centripetal force (approximately, given the trend from the table)?", "answer":"The centripetal force of object L would be approximately 2500 N.", "chart_name":"centripetal_force_mass_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"If an object 'M' has a mass of 9 kg, a radius of 2.1m, and experiences a centripetal force of 200 N, what would be its approximate velocity (m\/s)?", "answer":"Approximately 6.83 m\/s.", "chart_name":"centripetal_force_mass_velocity_radius", "category":"1", "verifier":"srija" }, { "question":"Considering a resident's preference for both cleaner air and ample green space, which city among New York City, Los Angeles, and San Francisco presents the most desirable combination of a relatively low Air Quality Index and a high Green Space Per Capita?", "answer":"San Francisco offers the best combination of clean air and ample green space.", "chart_name":"city_air_quality_traffic_congestion_green_space", "category":"1", "verifier":"srija" }, { "question":"Is there a positive correlation between the Traffic Congestion Index and the Air Quality Index across all cities in the dataset? Support your answer by explaining the general trend observed.", "answer":"Yes, a strong positive correlation (0.92) exists between traffic congestion and air quality; higher congestion leads to worse air quality.", "chart_name":"city_air_quality_traffic_congestion_green_space", "category":"1", "verifier":"srija" }, { "question":"If a new city were developed aiming for an Air Quality Index below 56, considering only the relationship between the Traffic Congestion Index and Green Space Per Capita based on the given data, would targeting a low Traffic Congestion Index or a high Green Space Per Capita be more effective in achieving this goal, given that other environmental factors are considered equal?", "answer":"To achieve an Air Quality Index below 56, prioritizing a low Traffic Congestion Index is more effective.", "chart_name":"city_air_quality_traffic_congestion_green_space", "category":"1", "verifier":"srija" }, { "question":"A person with respiratory issues is looking to relocate to a city with both low traffic congestion and good air quality. Based solely on the provided data, which city from the list - Chicago, Philadelphia, or Phoenix - would likely be the best choice to minimize both these risk factors?", "answer":"Based on the data, Phoenix shows the lowest traffic congestion and best air quality among Chicago and Philadelphia, making it the most suitable option.", "chart_name":"city_air_quality_traffic_congestion_green_space", "category":"1", "verifier":"srija" }, { "question":"Based on the data, is there a noticeable negative correlation between the Green Space Per Capita and the Air Quality Index across the listed cities? Explain your answer by citing some examples from the table.", "answer":"No, there's a positive correlation (correlation coefficient = 0.66). For instance, San Francisco has both high green space and a high Air Quality Index, unlike San Antonio which has low values for both.", "chart_name":"city_air_quality_traffic_congestion_green_space", "category":"1", "verifier":"srija" }, { "question":"Is there any city that deviates significantly from the general trend of lower crime rates correlating with higher median household incomes?", "answer":"No cities show a significant deviation from the trend of lower crime rates with higher incomes. ", "chart_name":"city_crime_rate_income", "category":"1", "verifier":"srija" }, { "question":"Calculate the average violent crime rate for cities with a median household income above $130,000 and compare it to the average violent crime rate for cities with a median household income below $130,000. What does this comparison reveal about the relationship between income and violent crime rates?", "answer":"Cities with median household incomes above $130,000 have an average violent crime rate of 222.54 per 100,000 residents, significantly lower than the 631.48 rate in cities with lower incomes. This indicates a negative correlation between income and violent crime.", "chart_name":"city_crime_rate_income", "category":"1", "verifier":"srija" }, { "question":"If a recent college graduate is looking for a city with both a high percentage of residents holding bachelor's degrees or higher and a high median household income, which city from the list would offer the most promising combination of these two factors, and what is the specific combination of percentage and income for that city?", "answer":"San Francisco offers the best combination: 74.6% of residents have a bachelor's degree or higher, and the median household income is $122,344.", "chart_name":"city_education_level_income", "category":"1", "verifier":"srija" }, { "question":"Compare San Francisco and Dallas. Which city shows a larger income difference relative to the difference in their percentages of residents with bachelor's degrees or higher?", "answer":"Dallas.", "chart_name":"city_education_level_income", "category":"1", "verifier":"srija" }, { "question":"Suppose the percentage of residents with a bachelor's degree or higher in Phoenix increased to match that of Seattle. If we assume a linear relationship between education level and median household income, approximately how much would the median household income in Phoenix increase?", "answer":"$46,588", "chart_name":"city_education_level_income", "category":"1", "verifier":"srija" }, { "question":"Which city has the highest average property price, and what is its corresponding employment rate? Does this support the overall trend of higher employment rates correlating with higher property prices?", "answer":"Seattle has the highest average property price ($920,000) and a 95.8% employment rate. This generally supports the positive correlation between higher employment and property prices, although the relationship isn't perfectly strong.", "chart_name":"city_employment_rate_property_prices", "category":"1", "verifier":"srija" }, { "question":"Considering cities with an Environmental Regulation Stringency Index above 85, which city shows the lowest GDP growth rate among them?", "answer":"Washington, D.C.", "chart_name":"city_environmental_regulations_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Between Minneapolis and San Diego, which city exhibits a smaller difference between its Environmental Regulation Stringency Index and GDP Growth Rate, and what is that difference?", "answer":"Minneapolis has a smaller difference (83.90) between its Environmental Regulation Stringency Index and GDP Growth Rate.", "chart_name":"city_environmental_regulations_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Which city exhibits the largest difference between its Environmental Regulation Stringency Index and its GDP Growth Rate?", "answer":"Washington, D.C.", "chart_name":"city_environmental_regulations_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Considering only cities with a GDP Growth Rate below the average GDP Growth Rate of all cities, which city has the highest Environmental Regulation Stringency Index?", "answer":"Washington, D.C.", "chart_name":"city_environmental_regulations_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Which city among those with a Happiness Index above 7.2 has the lowest amount of green space per capita?", "answer":"Oslo.", "chart_name":"city_green_space_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Which city shows the largest difference between its Happiness Index and its Green Space per Capita (sq ft), indicating a potential mismatch between environmental factors and reported happiness?", "answer":"Stockholm.", "chart_name":"city_green_space_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Among the top three happiest cities, which city has the lowest green space per capita, suggesting that happiness might not solely depend on this factor?", "answer":"Oslo, one of the three happiest cities, has the lowest green space per capita.", "chart_name":"city_green_space_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Considering both average income and the number of hospitals and doctors per 1000 people, which city provides the best healthcare value for its residents, offering a balance between high income and sufficient healthcare resources?", "answer":"San Jose offers the best balance of high average income and ample healthcare resources (hospitals and doctors).", "chart_name":"city_income_healthcare_access", "category":"1", "verifier":"srija" }, { "question":"Is there a positive correlation between average city income and the number of hospitals and doctors per 1000 people? Support your answer with evidence from the data.", "answer":"Yes. Average city income strongly correlates with both hospital (r = 0.95) and doctor (r = 0.95) density per 1000 people. Higher income cities tend to have more hospitals and doctors.", "chart_name":"city_income_healthcare_access", "category":"1", "verifier":"srija" }, { "question":"Considering cities with above-average education spending compared to those below, is there a noticeable positive correlation between per capita education expenditure and the happiness index?", "answer":"Yes, cities with above-average education spending show a strong positive correlation (r = 0.80) with higher happiness index scores.", "chart_name":"city_investment_in_education_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Do cities with a happiness index above the average happiness index of all cities also show an above average per capita education spending?", "answer":"Yes, cities with above-average happiness indices also have above-average education spending per capita.", "chart_name":"city_investment_in_education_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Compare the city with the lowest per capita education spending to the city with the highest. Does the difference in education spending translate proportionally to a difference in the happiness index?", "answer":"No. While education spending varies significantly between cities, the happiness index difference is not proportional.", "chart_name":"city_investment_in_education_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Among cities with below-average per capita education spending, is there a strong negative correlation observed between education spending and the happiness index?", "answer":"No, among cities with below-average education spending, there's no strong negative correlation between spending and happiness.", "chart_name":"city_investment_in_education_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Compare New York City and Miami. Considering the significant difference in healthcare spending between the two cities, does the observed difference in their happiness index align with the general trend of higher healthcare spending correlating with a higher happiness index?", "answer":"Yes. New York City's higher healthcare spending correlates with a higher happiness index than Miami's.", "chart_name":"city_investment_in_healthcare_happiness_index", "category":"1", "verifier":"srija" }, { "question":"For each city, calculate the ratio of healthcare spending (in millions of dollars) to the happiness index. Which city exhibits the highest ratio?", "answer":"New York City has the highest ratio of healthcare spending to happiness index.", "chart_name":"city_investment_in_healthcare_happiness_index", "category":"1", "verifier":"srija" }, { "question":"Considering cities with population density above the average for the given dataset, are their crime rates also consistently higher than the average crime rate? Justify your answer.", "answer":"No. Cities with above-average population density do not consistently have above-average crime rates.", "chart_name":"city_population_density_crime_rate", "category":"1", "verifier":"srija" }, { "question":"Which city exhibits the highest crime rate per square mile, considering both the total crime rate and the city's area?", "answer":"New York City.", "chart_name":"city_population_density_crime_rate", "category":"1", "verifier":"srija" }, { "question":"Among cities with populations exceeding 2 million, which city has a crime rate that deviates most significantly from the average crime rate of this subset?", "answer":"Houston.", "chart_name":"city_population_density_crime_rate", "category":"1", "verifier":"srija" }, { "question":"If a city is deemed 'high-risk' if its crime rate is above 35 per 1000 people and its population density is above 10000 people\/sq.mile, and amongst these high-risk cities the one with the smallest area is considered the most problematic. Which city fits this description?", "answer":"Philadelphia is the most problematic high-risk city, having the smallest area among those with crime rates above 35 per 1000 people and population densities exceeding 10,000 people\/sq. mile.", "chart_name":"city_population_density_crime_rate", "category":"1", "verifier":"srija" }, { "question":"Comparing cities with populations above and below the median population of 1,486,000, is the median home price significantly higher in cities with populations above the median?", "answer":"No, median home prices are not significantly higher in cities with populations over 1,486,000.", "chart_name":"city_population_housing_costs", "category":"1", "verifier":"srija" }, { "question":"Is there a strong correlation between average rent and population size when comparing cities with populations above and below 1,500,000 residents?", "answer":"Yes, a strong positive correlation exists between average rent and population in cities with over 1,500,000 residents, but this correlation is weak in smaller cities.", "chart_name":"city_population_housing_costs", "category":"1", "verifier":"srija" }, { "question":"Which city has the highest median home price relative to its population size, calculated as the median home price divided by population?", "answer":"San Jose.", "chart_name":"city_population_housing_costs", "category":"1", "verifier":"srija" }, { "question":"If affordability is defined as the sum of median home price and average annual rent divided by the population, which city offers the least affordable housing?", "answer":"New York City.", "chart_name":"city_population_housing_costs", "category":"1", "verifier":"srija" }, { "question":"Considering only cities with populations exceeding 1 million, which city demonstrates the lowest Air Quality Index, suggesting comparatively better air quality?", "answer":"San Jose has the lowest Air Quality Index among cities with populations over 1 million.", "chart_name":"city_population_pollution", "category":"1", "verifier":"srija" }, { "question":"Among cities with an Air Quality Index below 90, is the population of the most populous city above or below the average population of all cities listed?", "answer":"The most populous city with an Air Quality Index below 90 has a population above the average population of all cities.", "chart_name":"city_population_pollution", "category":"1", "verifier":"srija" }, { "question":"What is the ratio of the population of the city with the highest Air Quality Index to the population of the city with the lowest Air Quality Index?", "answer":"The city with the best air quality has a population 1.62 times larger than the city with the worst air quality.", "chart_name":"city_population_pollution", "category":"1", "verifier":"srija" }, { "question":"What is the total population of all cities with an Air Quality Index above the average AQI of all cities listed?", "answer":"8,813,000", "chart_name":"city_population_pollution", "category":"1", "verifier":"srija" }, { "question":"Considering only cities with a Public Transportation Score above 8, which city exhibits the highest Population Density?", "answer":"Tokyo has the highest population density among cities with a public transportation score above 8.", "chart_name":"city_public_transportation_population", "category":"1", "verifier":"srija" }, { "question":"Among the cities with the lowest Public Transportation Score (below 7.2), which city has the lowest Population Density?", "answer":"Istanbul has the lowest population density among cities with a Public Transportation Score below 7.2.", "chart_name":"city_public_transportation_population", "category":"1", "verifier":"srija" }, { "question":"Among cities with public transportation usage exceeding 50%, which city boasts the highest median household income?", "answer":"San Francisco has the highest median household income among cities with over 50% public transportation usage.", "chart_name":"city_public_transportation_usage_income", "category":"1", "verifier":"srija" }, { "question":"Which city exhibits the largest gap between its percentage of public transportation usage and its median household income?", "answer":"San Jose shows the largest gap.", "chart_name":"city_public_transportation_usage_income", "category":"1", "verifier":"srija" }, { "question":"Among cities with a median household income below $65,000, which city demonstrates a surprisingly high rate of public transportation usage?", "answer":"Los Angeles has surprisingly high public transportation usage despite a median household income below $65,000.", "chart_name":"city_public_transportation_usage_income", "category":"1", "verifier":"srija" }, { "question":"If a city planner is tasked to improve public transit in a city with a median income around $60,000, should they model their strategy after Los Angeles or Houston, and why would that city serve as a better example?", "answer":"Model the strategy after Los Angeles. Despite similar median incomes, Los Angeles boasts significantly higher public transit usage (45%) than Houston (32%).", "chart_name":"city_public_transportation_usage_income", "category":"1", "verifier":"srija" }, { "question":"Compare the average respiratory illness rate in cities with a Traffic Congestion Index above 75 to the average respiratory illness rate in cities with a Traffic Congestion Index below 65. What is the difference between these averages?", "answer":"Cities with a Traffic Congestion Index above 75 have an average respiratory illness rate 2.75 points higher than cities with an index below 65.", "chart_name":"city_traffic_pollution_health", "category":"1", "verifier":"srija" }, { "question":"Cities with a Traffic Congestion Index above 70 are considered to have high congestion. What is the average respiratory illness rate in these high-congestion cities? How does this compare to the overall average respiratory illness rate across all cities in the table?", "answer":"The average respiratory illness rate in cities with a Traffic Congestion Index above 70 is 10.41, compared to an overall average of 9.3.", "chart_name":"city_traffic_pollution_health", "category":"1", "verifier":"srija" }, { "question":"Compare the average Traffic Volume Index of cities with an Air Quality Index above 75 to the average Traffic Volume Index of cities with an Air Quality Index below 65. What does this comparison reveal about the relationship between traffic volume and air quality?", "answer":"Cities with better air quality (AQI > 75) have significantly less traffic (-8.62) than those with poorer air quality (AQI < 65), indicating an inverse relationship.", "chart_name":"city_traffic_volume_air_quality", "category":"1", "verifier":"srija" }, { "question":"Considering cities with a Traffic Volume Index above the 75th percentile as having 'high traffic', how does the average Air Quality Index in these cities compare to the average Air Quality Index of cities with traffic volume below the 75th percentile?", "answer":"High-traffic cities have significantly worse air quality (average Air Quality Index: 60.12) than low-traffic cities (average Air Quality Index: 76.85), suggesting a negative correlation.", "chart_name":"city_traffic_volume_air_quality", "category":"1", "verifier":"srija" }, { "question":"Based on the data provided, what is the correlation between the Traffic Volume Index and the Air Quality Index? Does this suggest a positive, negative, or insignificant relationship between the two?", "answer":"There's a strong negative correlation (-0.91) between traffic volume and air quality. Higher traffic leads to lower air quality.", "chart_name":"city_traffic_volume_air_quality", "category":"1", "verifier":"srija" }, { "question":"Between which two consecutive coffee strength levels is there the largest decrease in water usage? ", "answer":"The largest decrease in water usage is between strength levels 4 and 5. ", "chart_name":"coffee_strength_amount_of_water", "category":"1", "verifier":"srija" }, { "question":"Categorize the coffee strength levels into three groups: low (1-3), medium (4-6), and high (7-10). Calculate the average amount of water used for each group. Which category shows the lowest average water usage, and what type of correlation can be understood from that?", "answer":"High-strength coffee uses the least water on average, indicating a negative correlation between coffee strength and water usage.", "chart_name":"coffee_strength_amount_of_water", "category":"1", "verifier":"srija" }, { "question":"Which company demonstrates the highest return on investment (ROI) based on a ratio of sales revenue to its advertising budget?", "answer":"Silver Enterprises.", "chart_name":"company_advertising_budget_sales", "category":"1", "verifier":"srija" }, { "question":"Comparing the sales revenue of the company with the lowest advertising budget to the average sales revenue of all other companies, what is the difference and what could this indicate regarding the importance of advertising expenditure?", "answer":"The company with the lowest advertising budget has $64.85 million less in sales revenue than the average of other companies. This indicates that advertising expenditure significantly impacts sales.", "chart_name":"company_advertising_budget_sales", "category":"1", "verifier":"srija" }, { "question":"Does a perfectly linear relationship exist between advertising budget and sales revenue across all companies, or are there instances suggesting that increased spending does not always guarantee proportionally higher sales?", "answer":"No, increased advertising spending doesn't always guarantee proportionally higher sales.", "chart_name":"company_advertising_budget_sales", "category":"1", "verifier":"srija" }, { "question":"What is the average customer service rating for companies with sales revenue below $100 million?", "answer":"The average customer service rating for companies with sales revenue under $100 million is 3.58.", "chart_name":"company_customer_service_rating_sales", "category":"1", "verifier":"srija" }, { "question":"If the customer service rating of companies with ratings between 4.0 and 4.5 increased by 0.1, what would be the projected average sales revenue (in millions) for this group, assuming a linear relationship between sales revenue and customer service rating?", "answer":"$183.52 million", "chart_name":"company_customer_service_rating_sales", "category":"1", "verifier":"srija" }, { "question":"Among companies with a DiversityScore above 8.5, which company demonstrates the highest InclusionScore and what is its corresponding ProductivityIndex?", "answer":"Company G has the highest Inclusion Score (9.0) and a Productivity Index of 1.21 among companies with a DiversityScore above 8.5.", "chart_name":"company_diversity_inclusion_productivity", "category":"1", "verifier":"srija" }, { "question":"Considering only companies with a ProductivityIndex above 1.1, which company has the lowest DiversityScore, and what is its corresponding InclusionScore?", "answer":"Company J has the lowest Diversity Score (8.4) among companies with a ProductivityIndex above 1.1.", "chart_name":"company_diversity_inclusion_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the highest ProductivityIndex observed among companies whose DiversityScore falls below the average DiversityScore of all companies?", "answer":"The highest ProductivityIndex for companies below average DiversityScore is 1.11.", "chart_name":"company_diversity_inclusion_productivity", "category":"1", "verifier":"srija" }, { "question":"Which company exhibits the smallest absolute difference between its DiversityScore and InclusionScore, and what is that company's ProductivityIndex?", "answer":"Company C has the smallest difference between its Diversity and Inclusion scores, with a Productivity Index of 1.18.", "chart_name":"company_diversity_inclusion_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the sum of the DiversityScore and InclusionScore for the company that exhibits the highest ProductivityIndex?", "answer":"18.3", "chart_name":"company_diversity_inclusion_productivity", "category":"1", "verifier":"srija" }, { "question":"Compare the average profit margin of companies with a Diversity Index Score above 0.7 to those below 0.7. Which group exhibits a higher average profit margin?", "answer":"Companies with a Diversity Index Score above 0.7 have a higher average profit margin.", "chart_name":"company_diversity_innovation_profitability", "category":"1", "verifier":"srija" }, { "question":"What is the average Diversity Index Score for companies that have filed patents above the average number of patents filed, and how does this compare to the overall average Diversity Index Score of all companies?", "answer":"Companies with above-average patent filings have an average Diversity Index Score of 0.81, compared to an overall average of 0.71.", "chart_name":"company_diversity_innovation_profitability", "category":"1", "verifier":"srija" }, { "question":"Is there a positive correlation between a company's Diversity Index Score and the number of patents it files? Explain the observed relationship.", "answer":"Yes, a strong positive correlation exists (r = 0.99) between diversity index scores and the number of patents filed; higher diversity scores are associated with significantly more patents.", "chart_name":"company_diversity_innovation_profitability", "category":"1", "verifier":"srija" }, { "question":"Which company has the largest difference between its EmployeeBenefitsScore and its AverageProductivityScore, and what is that difference?", "answer":"CompanyN has the largest difference, which is 80.6.", "chart_name":"company_employee_benefits_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the ratio of the average AverageProductivityScore to the average EmployeeBenefitsScore across all companies?", "answer":"The average productivity score is 10.56 times the average employee benefits score.", "chart_name":"company_employee_benefits_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the average productivity score for companies exhibiting an employee engagement score above 9, and does this support the hypothesis that higher engagement correlates with better productivity?", "answer":"Companies with employee engagement scores above 9 have an average productivity score of 93.75, supporting the hypothesis of a positive correlation between engagement and productivity.", "chart_name":"company_employee_engagement_productivity", "category":"1", "verifier":"srija" }, { "question":"Which company shows the highest productivity score relative to the overall range of productivity scores and simultaneously exhibits a high employee engagement score relative to the overall range of engagement scores?", "answer":"Peak Performers has both high productivity and high employee engagement.", "chart_name":"company_employee_engagement_productivity", "category":"1", "verifier":"srija" }, { "question":"Considering companies with employee satisfaction scores above 4.0 and those below 4.0, what is the difference in the average productivity scores between these two groups?", "answer":"The average productivity score is 14.13 points higher for companies with employee satisfaction above 4.0.", "chart_name":"company_employee_satisfaction_productivity", "category":"1", "verifier":"srija" }, { "question":"Calculate the average productivity score for companies with employee satisfaction above the average satisfaction score, then for those below. What's the difference between those averages?", "answer":"The average productivity score for companies with above-average employee satisfaction is 15.33 points higher than for those with below-average satisfaction.", "chart_name":"company_employee_satisfaction_productivity", "category":"1", "verifier":"srija" }, { "question":"Compare the productivity score of the company with the highest employee satisfaction to the company with the lowest. What is the absolute difference in productivity scores between these two companies?", "answer":"The difference in productivity scores between the most and least satisfied companies is 27 points.", "chart_name":"company_employee_satisfaction_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the average productivity score of companies that have an employee satisfaction score above the average employee satisfaction score for all companies listed?", "answer":"Companies with above-average employee satisfaction have an average productivity score of 87.37.", "chart_name":"company_employee_satisfaction_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the difference in average innovation spending (in millions USD) between companies with revenue growth above 10% and those with revenue growth at or below 10%?", "answer":"Companies with revenue growth above 10% spend, on average, $108.48 million more on innovation than those with revenue growth at or below 10%.", "chart_name":"company_innovation_revenue_growth", "category":"1", "verifier":"srija" }, { "question":"How much more did companies with revenue growth below 2% spend on innovation, on average, compared to the average innovation spending across all companies?", "answer":"Companies with revenue growth below 2% spent, on average, $76.27 million less on innovation than the overall average.", "chart_name":"company_innovation_revenue_growth", "category":"1", "verifier":"srija" }, { "question":"What is the average revenue growth percentage for companies that spent more than 100 million USD on innovation?", "answer":"Companies spending over $100 million on innovation saw average revenue growth of 15.67%.", "chart_name":"company_innovation_revenue_growth", "category":"1", "verifier":"srija" }, { "question":"Considering years with profits exceeding $70 million, what is the average employee satisfaction score, and how does this compare to the average satisfaction score for years with profits below $70 million?", "answer":"Years with profits over $70 million had an average employee satisfaction score of 4.6, compared to 4.28 for years with profits below $70 million.", "chart_name":"company_profit_employee_satisfaction_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"Comparing years with profit increases exceeding $5 million to those with smaller increases, what is the difference in average turnover rate, and what trend does this suggest about the relationship between turnover and profit growth?", "answer":"Years with profit increases over $5 million had an average turnover rate 2.95% lower than years with smaller increases, suggesting higher profit growth correlates with lower turnover.", "chart_name":"company_profit_employee_satisfaction_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"If the company aims for a 6% turnover rate and an employee satisfaction score of 4.7 in 2025, based on the historical relationship between these factors and profit, is a profit of $110 million a realistic target?", "answer":"Based on historical trends, a $110 million profit in 2025 with a 6% turnover rate and 4.7 satisfaction score is not guaranteed.", "chart_name":"company_profit_employee_satisfaction_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"Identify the company with the highest ratio of patents filed to R\\u0026D spending. ", "answer":"NovaCorp has the highest ratio of patents filed to R&D spending. ", "chart_name":"company_research_development_innovation", "category":"1", "verifier":"srija" }, { "question":"Calculate the average revenue generated per patent for each company. Which company demonstrates the highest average revenue per patent?", "answer":"StarLabs has the highest average revenue per patent. ", "chart_name":"company_research_development_innovation", "category":"1", "verifier":"srija" }, { "question":"Determine which company has the smallest difference between its total R\\u0026D spending and its revenue from new products. ", "answer":"QuantumInnovations.", "chart_name":"company_research_development_innovation", "category":"1", "verifier":"srija" }, { "question":"Calculate the ratio of 'Revenue from New Products' to 'R\\u0026D Spending' for each company. Which company exhibits the highest return on its R\\u0026D investment?", "answer":"Innovatech has the highest ratio of new product revenue to R&D spending. ", "chart_name":"company_research_development_innovation", "category":"1", "verifier":"srija" }, { "question":"What is the difference in average reputation score between companies with a sustainability score above 80 and those with a sustainability score below 70?", "answer":"The average reputation score is 23.17 points higher for companies with a sustainability score above 80 compared to those below 70.", "chart_name":"company_sustainability_initiatives_reputation", "category":"1", "verifier":"srija" }, { "question":"If a combined score is calculated by adding the sustainability and reputation scores, which three companies would be ranked highest based on this combined score?", "answer":"Microsoft, IKEA, and Apple have the highest combined sustainability and reputation scores.", "chart_name":"company_sustainability_initiatives_reputation", "category":"1", "verifier":"srija" }, { "question":"Comparing companies with technology investments above the average investment to those below the average, what is the difference in the average productivity index between these two groups?", "answer":"Companies with above-average technology investments have a productivity index 15.23 points higher, on average, than those with below-average investments.", "chart_name":"company_technology_investment_productivity", "category":"1", "verifier":"srija" }, { "question":"For companies with a productivity index above 110, what is the difference between their average technology investment and the overall average technology investment across all companies?", "answer":"Companies with a productivity index above 110 invested, on average, $5.92 million more in technology than the average across all companies.", "chart_name":"company_technology_investment_productivity", "category":"1", "verifier":"srija" }, { "question":"What company's technology investment is closest to the average technology investment of all companies, while still maintaining a productivity index above the overall average productivity index?", "answer":"NuSolutions.", "chart_name":"company_technology_investment_productivity", "category":"1", "verifier":"srija" }, { "question":"Comparing GammaTech and DeltaLabs, how much larger is GammaTech's technology investment, and what is the corresponding difference in their productivity indices?", "answer":"GammaTech invested $12.4 million more than DeltaLabs, resulting in a 20.1-point higher productivity index.", "chart_name":"company_technology_investment_productivity", "category":"1", "verifier":"srija" }, { "question":"What is the average performance review score for companies whose training expenditure exceeds the average training expenditure across all companies?", "answer":"Companies spending more than average on training have an average performance review score of 4.1 out of 5.", "chart_name":"company_training_expenditure_employee_performance", "category":"1", "verifier":"srija" }, { "question":"Which company exhibits the smallest difference between its employee satisfaction score and its average performance review score, suggesting the strongest correlation between employee perception and performance?", "answer":"Green Tech.", "chart_name":"company_training_expenditure_employee_performance", "category":"1", "verifier":"srija" }, { "question":"Comparing companies with training expenditures above $20,000 and those below, what is the difference in their average performance review scores, highlighting the potential impact of higher training investment on performance?", "answer":"Companies spending over $20,000 on training have average performance review scores 0.74 points higher than those spending less. This suggests a positive impact of higher training investment.", "chart_name":"company_training_expenditure_employee_performance", "category":"1", "verifier":"srija" }, { "question":"Which company shows the highest employee retention rate compared to its workplace culture score, indicating a potentially more effective retention strategy independent of workplace culture?", "answer":"Uber.", "chart_name":"company_workplace_culture_employee_retention", "category":"1", "verifier":"srija" }, { "question":"What is the difference in average employee retention rates between companies with a workplace culture score above 4.5 and those with scores below 4.5?", "answer":"Companies with a workplace culture score above 4.5 have an average employee retention rate 9.17% higher than those below 4.5.", "chart_name":"company_workplace_culture_employee_retention", "category":"1", "verifier":"srija" }, { "question":"Considering countries with a GDP per capita above \\$50000, which country has the highest education expenditure as a percentage of its GDP, and what is that percentage?", "answer":"Norway has the highest education expenditure at 7.4% of its GDP among countries with a GDP per capita above $50,000.", "chart_name":"country_education_expenditure_economy", "category":"1", "verifier":"srija" }, { "question":"Among the countries with a literacy rate above 98%, which country shows the lowest education expenditure as a percentage of GDP, and what is that percentage?", "answer":"Luxembourg has the lowest education expenditure at 3.7% of GDP among countries with literacy rates above 98%.", "chart_name":"country_education_expenditure_economy", "category":"1", "verifier":"srija" }, { "question":"Focusing on countries with a GDP per capita exceeding \\$45000, which nation exhibits the highest literacy rate, and what is that rate?", "answer":"Norway has the highest literacy rate (99%) among countries with a GDP per capita above $45,000.", "chart_name":"country_education_expenditure_economy", "category":"1", "verifier":"srija" }, { "question":"From the list of countries with literacy rates below 99%, which country boasts the highest GDP per capita, and what is the GDP per capita value?", "answer":"Canada has the highest GDP per capita at $46,133 among countries with literacy rates below 99%.", "chart_name":"country_education_expenditure_economy", "category":"1", "verifier":"srija" }, { "question":"Considering the countries which have an education expenditure between 4% and 6% of their GDP, which country has the lowest literacy rate among them, and what is the literacy rate of that country?", "answer":"South Korea has the lowest literacy rate (97.9%) among countries spending between 4% and 6% of their GDP on education.", "chart_name":"country_education_expenditure_economy", "category":"1", "verifier":"srija" }, { "question":"Considering countries with an average fuel price below the overall average, what is the average GDP growth rate for this subset of countries, and how does this compare to the overall average GDP growth rate across all listed countries?", "answer":"The average GDP growth for countries with below-average fuel prices is 3.83%, higher than the overall average of 2.78%.", "chart_name":"country_fuel_prices_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Which country shows the largest discrepancy between its relative fuel price (compared to the average) and its GDP growth, and does this country show higher or lower GDP growth than anticipated based on the inverse relationship between fuel prices and economic growth?", "answer":"Saudi Arabia shows the largest difference between its fuel price and GDP growth. Its GDP growth is higher than expected given the inverse relationship between fuel prices and economic growth.", "chart_name":"country_fuel_prices_economic_growth", "category":"1", "verifier":"srija" }, { "question":"By categorizing countries into high internet access (above 80%) and low internet access (below 80%) groups, what is the difference in average GDP growth between the two groups, indicating the potential impact of internet access on economic growth?", "answer":"Countries with high internet access (above 80%) had an average GDP growth 1.91% higher than those with low internet access (below 80%).", "chart_name":"country_internet_access_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Considering countries with education spending above the average (4.65%) and those below, is there a noticeable difference in their GDP growth rates, suggesting a correlation between higher education investment and economic growth?", "answer":"Countries spending above average on education (4.65% of GDP) had a GDP growth rate of 3.8%, while those below had a rate of 2.3%. This suggests a positive correlation.", "chart_name":"country_investment_in_education_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Comparing countries with GDP growth exceeding the average rate (2.87%), do these high-growth economies also tend to exhibit higher-than-average investment in education?", "answer":"No, high-GDP growth countries don't necessarily spend more on education than average.", "chart_name":"country_investment_in_education_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Among the countries that invest less than 4% of their GDP in education, what is the average GDP growth rate? Does this suggest a correlation between lower education investment and economic growth?", "answer":"The average GDP growth rate for countries spending less than 4% of their GDP on education is 4.78%. Correlation requires further investigation.", "chart_name":"country_investment_in_education_economic_growth", "category":"1", "verifier":"srija" }, { "question":"For each country, calculate the ratio of GDP growth percentage to education spending percentage. Which country shows the highest efficiency in converting education spending into GDP growth, indicating the best return on education investment?", "answer":"India shows the highest ratio of GDP growth to education spending.", "chart_name":"country_investment_in_education_economic_growth", "category":"1", "verifier":"srija" }, { "question":"What is the difference in GDP growth rate between the country with the highest and lowest Migration Policy Scores, and what are the names of these two countries?", "answer":"India (highest migration policy score) and Russia (lowest) show a 5.5 percentage point difference in GDP growth.", "chart_name":"country_migration_policy_economic_growth", "category":"1", "verifier":"srija" }, { "question":"What is the Migration Policy Score of the country with the highest GDP growth rate in the dataset?", "answer":"The country with the highest GDP growth has a Migration Policy Score of 5.1.", "chart_name":"country_migration_policy_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Considering only the countries with a positive net migration rate, what is the difference between their average GDP growth and the average GDP growth rate of all countries listed in the table?", "answer":"The average GDP growth of countries with positive net migration is 1.01 percentage points lower than the overall average GDP growth.", "chart_name":"country_migration_rate_economic_growth", "category":"1", "verifier":"srija" }, { "question":"What is the difference in GDP growth percentage between the country with the highest net migration rate and the country with the lowest net migration rate?", "answer":"The difference in GDP growth is 0.5 percentage points.", "chart_name":"country_migration_rate_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Compare the average GDP growth of countries with net migration rates above the average net migration rate to the average GDP growth of countries with rates below the average. What is the difference between these two averages?", "answer":"Countries with above-average net migration had an average GDP growth 2.04 percentage points lower than those with below-average net migration.", "chart_name":"country_migration_rate_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Considering countries with Natural Resource Rents (% of GDP) above 10%, is there any country that deviates significantly from the expected positive correlation between high natural resource rents and high GDP growth rates?", "answer":"Venezuela.", "chart_name":"country_natural_resources_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Comparing countries where Natural Resource Rents (% of GDP) are above and below the average of all countries, what is the difference in the average GDP growth rates between these two groups?", "answer":"Countries heavily reliant on natural resource rents (above average) have average GDP growth rates 4.95 percentage points lower than those with lower reliance.", "chart_name":"country_natural_resources_economic_growth", "category":"1", "verifier":"srija" }, { "question":"What is the difference in total infrastructure investment (in USD Billion) between countries with a population growth rate above 1% and those with a rate below 1%?", "answer":"Countries with population growth rates above 1% invested $1916.5 billion less in infrastructure than those below 1%.", "chart_name":"country_population_growth_investment_infrastructure", "category":"1", "verifier":"srija" }, { "question":"Which country shows the highest ratio of infrastructure investment (in USD Billion) to its population growth rate (%), and what is that ratio?", "answer":"China has the highest ratio of infrastructure investment to population growth rate, at 5000.67.", "chart_name":"country_population_growth_investment_infrastructure", "category":"1", "verifier":"srija" }, { "question":"How does the average infrastructure investment (in USD Billion) of countries with negative population growth compare to the average investment of countries with positive growth?", "answer":"Countries with negative population growth average $115.7 billion in infrastructure investment, while those with positive growth average $308.6 billion.", "chart_name":"country_population_growth_investment_infrastructure", "category":"1", "verifier":"srija" }, { "question":"Comparing countries with GDP growth rates between 2% and 3%, which country demonstrates a significantly higher solar energy usage per capita?", "answer":"Germany", "chart_name":"country_solar_energy_usage_gdp", "category":"1", "verifier":"srija" }, { "question":"What is the difference between the average solar energy usage per capita in countries with GDP growth above 2.5% and the average solar energy usage per capita in countries with GDP growth below 2.5%?", "answer":"The average solar energy usage per capita is 35.03 kWh higher in countries with GDP growth above 2.5% than in those below 2.5%.", "chart_name":"country_solar_energy_usage_gdp", "category":"1", "verifier":"srija" }, { "question":"What is the average GDP growth percentage for countries with solar energy usage per capita above the average solar energy usage per capita of all countries in the dataset?", "answer":"Countries with above-average solar energy usage had an average GDP growth of 2.92%.", "chart_name":"country_solar_energy_usage_gdp", "category":"1", "verifier":"srija" }, { "question":"Considering only countries with a Women's Empowerment Index above 0.8, what is the average GDP growth percentage among them?", "answer":"The average GDP growth for countries with a Women's Empowerment Index above 0.8 is 2.05%.", "chart_name":"country_women_empowerment_economic_growth", "category":"1", "verifier":"srija" }, { "question":"What is the GDP growth percentage of the country with the lowest Women's Empowerment Index, and does this growth rate align with the general trend of higher empowerment leading to higher growth?", "answer":"The country with the lowest Women's Empowerment Index had a GDP growth of 2.7%, which contradicts the general trend of higher empowerment correlating with higher growth.", "chart_name":"country_women_empowerment_economic_growth", "category":"1", "verifier":"srija" }, { "question":"Comparing quarters with customer satisfaction scores above 4.5 to those below 4.5, what is the approximate difference in the average customer churn rate percentage?", "answer":"The average churn rate is approximately 1.21% higher for customers with satisfaction scores below 4.5 compared to those above 4.5.", "chart_name":"customer_churn_rate_customer_satisfaction_service_quality", "category":"1", "verifier":"srija" }, { "question":"In quarters exhibiting both a customer satisfaction score above 4.3 and a service quality score above 8.5, how much lower is the average customer churn rate compared to the overall average churn rate across all quarters?", "answer":"Customer churn is 0.58% lower in quarters with high customer satisfaction (above 4.3) and service quality (above 8.5) than the overall average.", "chart_name":"customer_churn_rate_customer_satisfaction_service_quality", "category":"1", "verifier":"srija" }, { "question":"Assuming the trend of increasing service quality score continues at the same rate observed between 2025 Q1 and 2025 Q4, and this directly impacts churn rate reduction proportionally, what would be an approximate prediction for the customer churn rate in 2026 Q1?", "answer":"Approximately 3.3%", "chart_name":"customer_churn_rate_customer_satisfaction_service_quality", "category":"1", "verifier":"srija" }, { "question":"Comparing the average customer churn rate in quarters with a service quality score above 9.0 to the overall average churn rate across all quarters, what is the percentage reduction in churn rate observed for those quarters with superior service quality?", "answer":"For quarters with a service quality score above 9.0, the customer churn rate is 17.79% lower than the overall average.", "chart_name":"customer_churn_rate_customer_satisfaction_service_quality", "category":"1", "verifier":"srija" }, { "question":"What is the average annual increase in Customer Retention Rate from 2013 to 2023, and how does this compare to the average annual increase in Customer Service Satisfaction and Product Quality Score over the same period, indicating which factor has improved most consistently?", "answer":"Customer Retention Rate increased by an average of 0.83% annually from 2013-2023, exceeding the increases in Customer Service Satisfaction (0.09%) and Product Quality Score (0.1%). Retention improved most consistently.", "chart_name":"customer_retention_rate_customer_service_product_quality", "category":"1", "verifier":"srija" }, { "question":"From 2013 to 2023, what is the percentage increase for each of the following: Customer Retention Rate, Customer Service Satisfaction, and Product Quality Score? Which factor showed the highest percentage increase?", "answer":"Customer Retention Rate increased by 10.06%, Customer Service Satisfaction by 23.68%, and Product Quality Score by 23.81%. Product Quality Score showed the highest percentage increase.", "chart_name":"customer_retention_rate_customer_service_product_quality", "category":"1", "verifier":"srija" }, { "question":"Based on the average annual increase in Customer Retention Rate from 2013 to 2023, will the projected Customer Retention Rate in 2024 be below 95% or above?", "answer":"Below 95%", "chart_name":"customer_retention_rate_customer_service_product_quality", "category":"1", "verifier":"srija" }, { "question":"If customers are segmented into groups based on wait times (0-5 minutes, 5-10 minutes, 10-15 minutes, 15+ minutes), what is the average customer satisfaction rating for each group, and what trend emerges regarding wait times and satisfaction?", "answer":"Customer satisfaction significantly decreases as wait times increase: 4.75 (0-5 min), 3.8 (5-10 min), 2.33 (10-15 min), 1.33 (15+ min).", "chart_name":"customer_service_wait_time_satisfaction", "category":"1", "verifier":"srija" }, { "question":"What percentage of customers had to wait longer than the average wait time, and what was their average customer satisfaction score?", "answer":"40% of customers waited longer than average, exhibiting an average satisfaction score of 1.83.", "chart_name":"customer_service_wait_time_satisfaction", "category":"1", "verifier":"srija" }, { "question":"How much longer was the wait time associated with the lowest customer satisfaction rating than the average wait time across all customers?", "answer":"The wait time associated with the lowest customer satisfaction was 10.63 minutes longer than the average wait time.", "chart_name":"customer_service_wait_time_satisfaction", "category":"1", "verifier":"srija" }, { "question":"What is the difference in average customer satisfaction between those who waited less than 10 minutes and those who waited 10 minutes or more, illustrating the impact of wait time thresholds on customer experience?", "answer":"Customers who waited less than 10 minutes gave, on average, 2.39 points higher customer satisfaction ratings than those who waited 10 minutes or more.", "chart_name":"customer_service_wait_time_satisfaction", "category":"1", "verifier":"srija" }, { "question":"Considering only encryption standards with a security risk score exceeding 50, which one offers the shortest key length?", "answer":"RC4.", "chart_name":"data_encryption_strength_security_risk", "category":"1", "verifier":"srija" }, { "question":"Among the encryption standards that use a 128-bit key length, which one exhibits the lowest security risk score?", "answer":"Camellia.", "chart_name":"data_encryption_strength_security_risk", "category":"1", "verifier":"srija" }, { "question":"What's the difference in key length (in bits) between the encryption standard with the highest security risk score and the one with the lowest security risk score?", "answer":"The difference in key length is 4056 bits.", "chart_name":"data_encryption_strength_security_risk", "category":"1", "verifier":"srija" }, { "question":"Compare the average employee autonomy score for departments with above-average micromanagement incidents (more than 4 incidents per month) to the average autonomy score for departments with below-average micromanagement incidents (less than 4 incidents per month). Does this comparison support the general trend of higher autonomy correlating with less micromanagement?", "answer":"Yes. Departments with high micromanagement (average 6.7) had significantly lower employee autonomy scores than those with low micromanagement (average 8.6), supporting the correlation.", "chart_name":"employee_autonomy_micromanagement", "category":"1", "verifier":"srija" }, { "question":"What is the difference in employee autonomy scores between the department with the highest score and the department with the lowest score? How does this difference compare to the difference in micromanagement incidents between these same two departments?", "answer":"The department with the highest employee autonomy score (10) had a 3.3-point advantage over the department with the lowest score (6.7). Conversely, the high-scoring department experienced 3.7 fewer micromanagement incidents per month.", "chart_name":"employee_autonomy_micromanagement", "category":"1", "verifier":"srija" }, { "question":"If the Sales department were to increase its employee autonomy score by 2 points, maintaining the current trend, what would be a reasonable estimate for their expected decrease in monthly micromanagement incidents?", "answer":"A 2-point increase in the Sales department's employee autonomy score would likely reduce micromanagement incidents by approximately 2 per month.", "chart_name":"employee_autonomy_micromanagement", "category":"1", "verifier":"srija" }, { "question":"A new manager is looking for a department to emulate for its positive work environment. Considering both high employee autonomy and low micromanagement incidents, which department would be the best example, and why is it a better fit than other departments with high autonomy?", "answer":"Marketing is the best example because, despite other departments having high autonomy, Marketing's significantly lower micromanagement incidents yield the best overall work environment.", "chart_name":"employee_autonomy_micromanagement", "category":"1", "verifier":"srija" }, { "question":"Compare the Employee Engagement Score of the department with the highest Management Support Score to that of the department with the lowest Management Support Score. What is the difference in their Employee Engagement Scores?", "answer":"The department with the highest management support score has an Employee Engagement Score 1.9 points higher than the department with the lowest score.", "chart_name":"employee_engagement_management_styles_company_culture", "category":"1", "verifier":"srija" }, { "question":"Considering only Sales employees, how does the training cost of the most experienced employee compare to the average training cost of all Sales employees?", "answer":"The most experienced Sales employee's training cost is $258.46 less than the average training cost for all Sales employees.", "chart_name":"employee_experience_training_cost", "category":"1", "verifier":"srija" }, { "question":"What percentage of the total training costs for all HR employees is accounted for by those with over 5 years of experience?", "answer":"38.2%", "chart_name":"employee_experience_training_cost", "category":"1", "verifier":"srija" }, { "question":"Between employees with less than 5 years of experience and those with 5 or more years of experience, which group has a lower average training cost?", "answer":"Employees with 5 or more years of experience have a lower average training cost.", "chart_name":"employee_experience_training_cost", "category":"1", "verifier":"srija" }, { "question":"Does the department with the highest employee motivation score also have the lowest absenteeism rate? ", "answer":"Yes. Research & Development has both the highest employee motivation score and the lowest absenteeism rate.", "chart_name":"employee_motivation_absenteeism_rate", "category":"1", "verifier":"srija" }, { "question":"Considering the average employee motivation score and the average absenteeism rate across all departments, is the general relationship between higher employee motivation and lower absenteeism rates supported by this data? Explain your answer using the computed averages.", "answer":"Yes. With average employee motivation at 8.16 and average absenteeism at 3.45%, the data shows a negative correlation, supporting the link between higher motivation and lower absenteeism.", "chart_name":"employee_motivation_absenteeism_rate", "category":"1", "verifier":"srija" }, { "question":"Comparing departments with employee motivation scores above 8 to those below 8, is there a noticeable difference in their average absenteeism rates? If so, does this finding support the general trend between employee motivation and absenteeism rates?", "answer":"Yes, departments with high employee motivation (score >8) have significantly lower absenteeism (2.57%) than those with low motivation (4.5%), supporting the inverse relationship between motivation and absenteeism.", "chart_name":"employee_motivation_absenteeism_rate", "category":"1", "verifier":"srija" }, { "question":"Considering departments with an average salary above $80,000, what is the average employee turnover rate for those departments, and how does it compare to the average turnover rate across all departments?", "answer":"The average turnover rate for departments with average salaries above $80,000 is 3.6%, compared to 6.32% across all departments.", "chart_name":"employee_salary_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"Compare the departments with average salaries above $90,000 and employee turnover rates below 4% to those with average salaries below $65,000 and turnover rates above 10%. What is the significant difference in their respective average salaries and turnover rates?", "answer":"Departments with average salaries above $90,000 and low turnover (below 4%) have salaries $45,752 higher and turnover 10.47% lower than departments with average salaries below $65,000 and high turnover (above 10%).", "chart_name":"employee_salary_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"Focusing only on departments with employee turnover rates between 6% and 7%, what is the range of their average salaries?", "answer":"Departments with 6-7% employee turnover have average salaries ranging from $73,300 to $84,030.", "chart_name":"employee_salary_turnover_rate", "category":"1", "verifier":"srija" }, { "question":"Comparing years with training hours per employee above the average to years with training hours below the average from 2013-2023, is there a noticeable difference in average customer satisfaction scores, and if so, what is the difference?", "answer":"Years with above-average training hours had customer satisfaction scores 0.31 points higher, on average, than years with below-average training hours.", "chart_name":"employee_training_customer_satisfaction", "category":"1", "verifier":"srija" }, { "question":"In what year were the training hours per employee the lowest, and how does the customer satisfaction score of that year compare to the average customer satisfaction score across all the years listed?", "answer":"In 2020, training hours were lowest. Customer satisfaction (7.9) that year was below the overall average (8.17).", "chart_name":"employee_training_customer_satisfaction", "category":"1", "verifier":"srija" }, { "question":"Between 2013 and 2023, which period showed the most consistent year-over-year increase in both training hours per employee and customer satisfaction score?", "answer":"2013-2019 showed the most consistent year-over-year growth in both training hours and customer satisfaction.", "chart_name":"employee_training_customer_satisfaction", "category":"1", "verifier":"srija" }, { "question":"Considering the annual increase in average salary and the corresponding decrease in the turnover rate from 2013 to 2023, was the reduction in the turnover rate proportional to the percentage increase in the average salary?", "answer":"No, the decrease in turnover rate from 2013 to 2023 was not proportional to the percentage increase in average salary.", "chart_name":"employee_turnover_rate_salary_benefits_job_satisfaction", "category":"1", "verifier":"srija" }, { "question":"Based on the average annual decrease in turnover rate from 2013 to 2023, will the estimated turnover rate in 2024 be above 9% or below?", "answer":"Below 9%", "chart_name":"employee_turnover_rate_salary_benefits_job_satisfaction", "category":"1", "verifier":"srija" }, { "question":"Considering only junior employees (designations ending in '-JR-'), which department shows the highest average stress level based on their workload scores?", "answer":"Marketing (MKT).", "chart_name":"employee_workload_stress_level", "category":"1", "verifier":"srija" }, { "question":"Compare the average sleep hours of employees with workload scores above 8 to those with workload scores below 6. What is the difference in average sleep hours between these two groups?", "answer":"Employees with workload scores above 8 average 1.77 fewer hours of sleep than those with scores below 6.", "chart_name":"employee_workload_stress_level", "category":"1", "verifier":"srija" }, { "question":"Calculate the average stress levels for junior (JR), mid-level (MD), and senior (SR) employees. Which employee designation has the lowest average stress level?", "answer":"Junior employees have the lowest average stress level.", "chart_name":"employee_workload_stress_level", "category":"1", "verifier":"srija" }, { "question":"What is the difference in escape velocity between the planet with the highest mass and the planet with the lowest mass, and what does this suggest about the relationship between mass and escape velocity?", "answer":"The difference in escape velocity between the most and least massive planets is 0.7 km\/s, suggesting a positive correlation between mass and escape velocity.", "chart_name":"escape_velocity_subtle_planet_variations", "category":"1", "verifier":"srija" }, { "question":"If density is roughly proportional to mass\/(radius^3), compare the relative densities of Kepler-16b and Gliese-667Cc. How does this density comparison relate to the difference in their escape velocities?", "answer":"Gliese-667Cc is about 2.4 times denser than Kepler-16b. This higher density correlates with Gliese-667Cc's 0.57 km\/s greater escape velocity.", "chart_name":"escape_velocity_subtle_planet_variations", "category":"1", "verifier":"srija" } ]