what is the relationship between latitude and solar radiation received?
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The angle of incoming solar radiation influences seasonal temperatures of locations at different latitudes. When the sun's rays strike Earth's surface near the equator, the incoming solar radiation is more direct (nearly perpendicular or closer to a 90˚ angle).
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Here the inclination of the Earth points the Northern Hemisphere toward the sun. This causes the subsolar point to be as far north as it ever goes (23°30' N), the Tropic of Cancer. The circle of illumination doesn't pass through both poles making daylight and nighttime hours differ to the extreme.
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Latitude refers to the distance of a location on Earth's surface from the equator in relation to the North and South poles (e.g., Florida has a lower latitude than Maine); altitude is defined as how high a location is above sea level (think: a city in the mountains has a high altitude).
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Together with the longitudes, latitudes are used to indicate a precise location of any feature on the earth's surface. Temperature is inversely related to latitude. As latitude increases, the temperature falls, and vice versa. Generally, around the world, it gets warmer towards the equator and cooler towards the poles.
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GPS (global positioning system) coordinates are usually expressed as the combination of latitude and longitude. Latitude is a measure of degrees of distance from the equator, which is 0 degrees. The north and south poles are at 90 degrees in either direction.
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The maximum intensity of the sun's output of radiation is in the visible light region. At the top of the atmosphere, approximately 7% of the radiation is in the ultraviolet, 41% in the visible, and 52% in the infrared.
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The five factors that determine the weather of any land area are: the amount of solar energy received because of latitude; the area's elevation or proximity to mountains; nearness to large bodies of water and relative temperatures of land and water; the number of such storm systems as cyclones, hurricanes, and ...
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The sun is a major source of ultraviolet rays. Though the sun emits all of the different kinds of electromagnetic radiation, 99% of its rays are in the form of visible light, ultraviolet rays, and infrared rays (also known as heat).
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At the equator, the light intensity that comes from the sun will be higher than other latitudes. The higher flexibility of the earth's surface, the less power of the Sun's light will be received [2].
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The answer lies in the angle of insolation. The intensity of insolation depends on the angle at which the sun's rays strike the Earth's surface. When the sun is directly overhead, the angle of insolation is 90°, and Earth's surface receives the maximum amount of energy.
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Degrees of latitude are always 60 nautical miles apart. At the equator, a grid of 1° of longitude by 1° of latitude covers about 3,600 square miles.
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Latitude. UV levels are higher closer to the equator. Closer to the equator the sun's rays have a shorter distance to travel through the atmosphere and therefore less of the harmful UV radiation can be absorbed.
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Solar intensity received at the outer edge of atmosphere is directly proportional to the angle of noon sun. As more is the angle of noon's sun more intense would the intensity of solar radiations which is measured in Langley's/day.
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Solar intensity describes the sun in relation to latitude of how the sun's solar angular ray hits the surface of Earth. Solar intensity varies with the latitude or location of Earth which is differentiated by Earth's Axis creating different temperatures in both of the hemispheres.
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What is the main cause of the relationship between climate and latitude? The sun's radiation strikes regions of Earth at different angles. Water vapor condenses to form clouds and possibly precipitation. ... In general, how do ocean currents affect Earth's climate?
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Solar energy absorbed at Earth's surface is radiated back into the atmosphere as heat. As the heat makes its way through the atmosphere and back out to space, greenhouse gases absorb much of it. ... They radiate the heat back to the Earth's surface, to another greenhouse gas molecule, or out to space.
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Latitude & Climate Zones. Latitude provides the location of a place north or south of the equator and is expressed by angular measurements ranging from 0° at the equator to 90° at the poles. Different latitudes on Earth receive different amounts of sunlight, and are a key factor in determining a region's climate.