Can human breathing help plants to photosynthesize their energy?
470575
Yes, they can. \nHumans produce carbon dioxide (CO2) through respiration: \nC6H12O6 + 6O2 --> 6CO2 + 6H20\nPlants then use the carbon dioxide in photosynthesis:\n6CO2 + 6H2O --> C6H12O6 + 6O2\n\nNote that C6H12O6 is glucose. \n\nHope that helps! =)
44754
Plants use the energy of sunlight to grow using a process call photosynthesis (light - putting together) taking in carbon dioxide from the air and giving up oxygen.  At night the light of the moon (reflection of sunlight) is too weak to support photosynthesis and the plant actually uses oxygen rather than make it.
172903
when humans breathe in oxegen we breathe out carbon dioxide. the plants take in the carbon and releases oxegen. that is how we are a part of the carbon cycle.
1070382
What is Photosynthesis? Photosynthesis is the process by which plants, some bacteria, and some protistans use the energy from sunlight to produce sugar, which cellular respiration converts into ATP, the "fuel" used by all living things. The conversion of unusable sunlight energy into usable chemical energy, is associated with the actions of the green pigment chlorophyll. Most of the time, the photosynthetic process uses water and releases the oxygen that we absolutely must have to stay alive. Oh yes, we need the food as well!\n\n-------------------------------------------------------------\nSuagr and Oxygen is produced. I think thats right.
1075276
photosythesis and aerobic cell respiration are REVERSE equations of each other and would probably be described as the TWO most important chemical equations on the planet, (but all equations are important!). Plants are crucial to aerobic life on earth!\n\nPHOTOSYNTHESIS is a synthesis reaction taking small inorganic molecules to make a larger organic molecule (and inorganic byproduct, oxygen. It occurs in the chloroplast of green plants (with chlorophyll pigment) and some photosynthetic bacteria:\n\nEQUATION in words, not formulas: \n\ncarbon dioxide plus water makes glucose sugar (carbs) and oxygen gas (but it needs the sunproper temp, chlorophyll and proper nutirents in the soil to occur\n\nAEROBIC CELL RESPIRATION is a catabolic-decomposition reaction where a larger organic molecule (glucose) is broken down into smaller inorganic molecules (CO2 and H2O) and occurs in the mitochondria of the cell, plant or animal:\n\nEQUATION IN WORDS, not formulas: \n\nglucose (in the presence of oxygen) converts to carbon dioxide, water, ATP (energy molecule) and heat. This is AEROBIC, not anaerobic.\n\nThus plants are able to "take care of themselves." They can make their own glucose from the sun, but then can do cell respiration from glucose they made from photosynthesis. We can't do photosynthesis, so we have to go eat carbs and are thus called heterotrophs.  It's why plants are called autotroph producers.  Anything that eats plants or animals is called a consumer or heterotroph.
932813
Well, basically in photosynthesis, it takes in carbon dioxide, water, and sunlight (or energy). Then it is made into glucose. And after the glucose is made, cellular respiration begins. The oxygen in the water is released from the plant into breathable air. Then humans inhale the air and let out carbon dioxide. It is really a neverending process when you think about it.\n\nWhere does the plant get that water?\nWell, when you water your plants, you're giving it the water it needs for photosynthesis and cellular respiration.\n\nWhat is the extra glucose (which is food for the plant and is also known as a type of sugar) stored as?\nThe extra glucose can be stored as starch, if not eaten by the plant.\n\nI hope this has helped you!\n\n-Fulla Questions :)
170483
Plants dont take away oxygen, they make it.\nPlants taking in what animals and humans breath out and proscesses it through their systems and make it oxygen.\nTry the link-
415736
A plant uses photosynthesis to produce glucose.\n\nSome of the glucose will be used in respiration to generate energy.
1100760
Plants are living things, and like us, need noses to breathe.  The 'noses' of plants are tiny holes called stomata (s), stoma (p) at the underside of leaves.  These stoma help the plant exchange gases with its surrounding.  Oxygen is produced during the day as the byproduct of photosynthesis, when the plant takes in carbon dioxide in the presence of sunlight to make food.  At night, the plant rests and does not make any more food, thus consuming oxygen.  This whole process is called respiration.
83119
Breathing- intake of O2 and exhaling CO\nEating- converting foods to sugars to energy
276580
No. I believe plants require a carbon dioxide gas in an atmosphere to be able to perform photosynthesis so in a vacuum a plant would die.
550018
There are many.  What follows are just a few, and I am certain many people would put them into different catagories:\n\nDeforestation is one.  Humans have cut down many areas of natural vegetation and either replaced it with crops or built cities on it.  Plants return oxygen to the atmosphere from carbon dioxide; they reflect light and adsorb heat from the sun.  Both plants and the soil help adsorb water and pollutants.  The more of the planet we pave, the fewer trees and less soil exist to regulate these functions.\n\nPollution is another.  We dump our trash on land and in the oceans.  We create chemical compounds that wouldn't exist in nature and spread them in the land, water, soil and air.  Some directly effect the health of living things; others effect things like the ozone layer, taking away natural system that protect life on this planet.  We dump the heat from our indutrial processes into the atmosphere and water.\n\nAnd, now, we're relatively certain we are creating enough waste of carbon dioxide, water vapor, and other gases in our atmosphere to trap excess heat in the atmosphere.  Enough of it to warm the entire globe just fast enough that plants cannot adapt.  Fertile zones will change.  Crops may fail.  Livestock (and wild animals) that depend on plants for forage may die.  Areas that we now comfortably inhabit - with suitable climates and drinking water may become desert.  Others may end up under rising oceans as glaciers melt.\n\nWhat can we do about it?  Everyone will likely have a different answer.  As an American, I have to say I am more guilty than many others who will read this.  The average American family (about 5 people) owns 9 internal combustion (gasoline or diesel) engines; in a still developing nation like China, there is one engine for every 159 people. If the Chinese lived like the American, how much soot, smog, waste heat, and carbon dioxide would be produced on a single summer day of driving, lawn mowing, and boating?  How much could our planet take?\n\nThe answers aren't easy.  In the short term, we can use applicance - from light bulbs to computers - that are more efficient in how they use the energy we make.  We can think about how to reuse things to create less waste; or not use them at all. (Seriously, how much of your groceries really need to be double bagged?  And does your produce really need to go in another bag inside that?) We can decide whether we really need to build a new 3 bedroom house for ourselves, or if an older, smaller place can be refurbished to suit our tastes. \n\nBut, ultimately, we use too much.  We burn too many things to create the energy we use.  Period.  But, what are the alternatives?  Deforest vast tracts of land to crate wind and solar farms?  I will leave you to draw your own conclusions, but it seems more and more like the future of our existence on Earth depends on the right answer.
479477
In green leaves, containing chlorophyll.\n\nPlants make their own food using a process called photosynthesis. During photosynthesis, the chlorophyll-containing green parts of the plant trap light energy and use it to perform a series of chemical reactions. The process involves carbon dioxide, and so plants also need plenty of air. We usually rely on the sun to provide light for our plants.
802594
Animals inhale oxygen and exhale carbon dioxide. Green plants are the only plants that produce oxygen and make food, which is called photosynthesis. Photosynthesis means ''putting together with light.'' This takes place in chloroplasts, which have chlorophyll in them. Chlorophyll absorbs the sunlight. From sunlight, green plants combine carbon dioxide and water to make sugar and oxygen. Green plants use sugar to make starch, fats, and proteins. There are tiny pores called stomota. Oxygen and carbon dioxide enter and leave through the stomata.\nhttp://library.thinkquest.org/3715/photo3.html\n\nImportance of Photosynthesis\n\nAnimals and plants both synthesize fats and proteins from carbohydrates; thus glucose is a basic energy source for all living organisms. The oxygen released (with water vapor, in transpiration) as a photosynthetic byproduct, principally of phytoplankton, provides most of the atmospheric oxygen vital to respiration in plants and animals, and animals in turn produce carbon dioxide necessary to plants. Photosynthesis can therefore be considered the ultimate source of life for nearly all plants and animals by providing the source of energy that drives all their metabolic processes.
7405
weel it depends. humans produse carbon dioxide for oxygen taken into the body. The human Co2 productivity in relevance to the atmosphere is somehow conciderate. We expell the gas ( Co2 ) which makes us part of the contributing factor to its presence. Our surface area to volume ratio limmit us the dirrect impact to the Co2 we produse as a result of respiration.
874799
Photosynthesis is the process that all green plants use to convert water and nutrients with the aid of chlorophyll\nand energy from sunlight into food(glucose).\nrespiration is only part of the process that allows all living things(including plants) to produce energy via andosine triphosphate breakdown to grow, move and reproduce. respiration is the process of transporting air(oxygen)into the body to allow breakdown of food into energy and waste products\ngirl, you need more confidence in yourself.\ni don't have a major in biology, infact i only have what you call high school education.\nsome people may want to fool you.\nGod bless,\ngabe\nps, algae is a plant, it may be single celled , but still a plant.
820753
The vibration is the ingredient that promotes an increase in the growth of the plant.  I believe more carbon dioxide would be supplied to the plant by the vibration and the growth would increase.