what is influence the rate of aerobic respiration in plants and animal?
951883
Many things...the link below takes you to a page of further reading...:D
802733
Plants DO breathe oxygen, the same way we do. Respiration is the most effective energy producing process there is.\nPlants, however, can perform another process (photosynthesis) in which they take up CO2 and use the energy of sunlight to build up sugars and starches from this CO2. THEN they can use these starches in the process of respiration, the same way we do (we take sugars and "use" oxygen to take out the energy contained in them)\nSo the only difference betwen us and plants is that they make their own fuel out of CO2 , but we must eat it. But we both breathe oxygen in order to get the energy out of it.\nAs to why the don't breathe hydrogen... you'd have to ask god.... but normally when hydrogen combines with things it requires energy instead of giving rise to it, so it wouldn't be too advantageous\nSo it's not that we produce the CO2 so plants can live. Plants could live without animals, we're the parasites here hehehehe
269318
http://en.wikipedia.org/wiki/Fermentation\n\nhttp://en.wikipedia.org/wiki/Photosynthesis\n\nhttp://en.wikipedia.org/wiki/Respiration\n\nIt seems most closely related to respiration if you look at the third link.
148125
Respiration is the process by which an organism obtains energy by reacting oxygen with glucose to give water, carbon dioxide and ATP (energy). Respiration is commonly confused with breathing, but they are not the same. Respiration takes place on a cellular level whereas breathing is on a different level. Respiration takes place in the mitochondria of the cells and provide the cells with energy.\n\nRespiration also takes place in plants, where they respire the products of photosynthesis - oxygen and glucose to give energy, water and carbon dioxide. The chemical process involved is identical to burning in that oxygen reacts with carbon-based substances releasing energy. Unlike burning, respiration is slower and more controlled.
146756
I think when plant absorb water, or H2O, they use the H, or the hydrogen, and aspirate (or "exhale" in animal terms) the oxygen they take in as a liquid as a gas. The aspiration I believe is very slow and could take 100 plants 100 years, longer than the average lifespan of a human being, to see significant increases in oxygen levels.
1116831
Diffusion of carbon dioxide and oxygen take place in the alveolar of the lungs.  Since there is a higher concentration of oxygen in the alveolar sac as compared to the capillaries surrounding it, the oxygen goes from the higher concentration to that of the lower concentration.  The carbon dioxide is more concentrated in the capillary blood than the alveoli. so it diffuses into the lungs.  \n\nIn photoynthesis water must diffuse into the plant or bacterial cell.  It is then destroyed in what is commonly called the light reactions.  It is separated into Hydrogen ions and oxygen.  The oxygen is released into the air via diffusion and the Hydrogen ions are used to produce ATP.  Since the water is used up more is needed to keep the process up. So more water diffuses into the cell.  In order for tthe palnt to make food from the carbon dioxide that has diffused into the cell as well. It must enter the chloroplast.  Here the Dark reactions of the process occur.  The carbon dioxide is used up along with some of the ATP to make sugar.  SO as the sugar is made and relocated this creates a carbon dioxide deficit in the chloroplast.  So more Carbon dioxide diffuses into it.  This continues until the process stops or the plant dies.
253927
aerobic respiration works by breaking down glucose into carbon dioxide and water molecules.  This provides the cell a chemical form of energy called ATP which is used for all cellular functions.  The way it works is by a series of chemical reactions that creates ATP molecules by breaking bonds in the glucose.  It is often called a step wise reaction because it take several steps.  The reason for this is so all the engery is not realeased at onces creating a lot of heat.  (For example burning sugar realeases all the enrgey quickly, but creates a lot of wasted heat)  First the gluclose is broken down into pyruciv acid in the cytoplasam, which creates 2 ATP, then in the mitochondria it is broken down further sending molecueles with Hydrogen atoms to the Electron Transport Chain where oxygen is needed.  This is why it is call aerobic respiration.  This is  the main ATP (energy) producing step.  Overall for each glucose molecule you get a net gain of about 32 ATPs I believe.  \n\nIf you want more details, just look it up in a biology book.  I am sure there are great diagrams you could look at to help see the process.
741348
Cellular respiration : carbon dioxide
319159
C and O2 is turned into CO2 by breathing\nCO2 is made into C (food) and O2 (byproduct) by photosynthesis in plants.
1076434
Aerobic respiration.\n\nThe key is the "presense of oxygen" part.  Burning sugars in the absense of oxygen is anaerobic respiration.\n\nPhotosynthesis is definately wrong.  That's the capture of photons to boost low-energy electrons for the purpose of making energy, and sugar.
287730
CO2 is moved into cells that are not respiring, so that when the stomata are closed, the plant has CO2 available for respiration, and O2 is not lost from the stomata being open.  C4 plants are found in hot and dry environments where losing O2 would be a disadvantage
942281
Cell Respiration is the process by which the chemical energy of "food" molecules is released and partially captured in the form of ATP. Carbohydrates, fats, and proteins can all be used as fuels in cellular respiration, but glucose is most commonly used as an example to examine the reactions and pathways involved.
787188
Within limits, as temperature increases,so does the amount of O2 released from the hemoglobin.Heat is a byproduct of the metabolic reactions of all cells and the heat released by contracting muscle fibers tends to raise body temperature.Metabolically active cells require more O2 and liberate more acids and heat.The acids and heat,in turn,promote release of O2 form the oxyhemoglobin(oxygens combined with hemoglobin).\nFever produces a similar result.In contrast, during hypothermia(lowered body temperature) cellular metabolism slows,the need for O2 is reduced, and more O2 remains bound to hemoglobin.\nSo, increased in temperature caused the cellular respiration in mammals increase too and vise versa.\nHope this help ya.
922834
i think plant and animal cells both have mitochondria. Because mitochondria is the so called powerhouse of the cell, which means the cell derives its energy from the mirochondria. So plant and animal cells should have it to provide them energy.
715097
It is the ecological adoptation and also the habitual factors due to which some animal and birds are sleeping in trees but really though the plant exhale CO2 and taking O2 during night periods still that animals and birds do not take that CO2 because the CO2 is lighter than O2 therefore it always moves upwards secondly the surrounding O2 which reaches to the plant tissue by diffusion method , before reaching to its tissue , some portion of it is consumed by the animal and birds those which are sleeping in the tree.
883335
(1)\n- Animals are heterotrophs, i.e. they need to feed of other living things\n- Plants are (most plants are) autotrophs, i.e. they can produce their own food from the sun\n\n(2)\n- plants convert carbon dioxide to oxygen (and sugar) during the day...\n- animals need oxygen, but can't produce it themselves\n\n(3)\n- plants decrease the level of carbon dioxide in the air (which would otherwise make breathing hard for animals).
1012560
Every living thing does cellular respiration, so yeah plants do it too.