what is the relationship between the rate of photosynthesis and temperature?
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The higher the temperature then typically the greater the rate of photosynthesis, photosynthesis is a chemical reaction and the rate of most chemical reactions increases with temperature. However, for photosynthesis at temperatures above 40°C the rate slows down.
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Likewise, increased temperatures may impact the carbon balance by limiting the availability of water, and thus reducing rates of photosynthesis. Alternatively, when water is not limiting, increased temperatures might increase plant productivity, which will also impact the carbon balance (Maracchi et al.
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There are 3 main factors: light intensity, carbon dioxide concentration and also temperature. These factors are called limiting factors. Light is essential for photosynthesis, as it provides the energy to split the water and therefore enable carbon dioxide and water to react. No light, no photosynthesis.
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Carbon dioxide, water and light are all needed for photosynthesis to take place. Photosynthesis happens in the leaves of a plant.
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Therefore, the estimated maximum energy efficiency of photosynthesis is the energy stored per mole of oxygen evolved, 117 kcal, divided by 450—that is, 117/450, or 26 percent. The actual percentage of solar energy stored by plants is much less than the maximum energy efficiency of photosynthesis.
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Photosynthesis helps reduce Global Warming by taking in carbon dioxide. If there is too much of it, then carbon dioxide keeps the sunlight inside earth's atmosphere making the earth warmer. This leads on to global warming, but photosynthesis helps reduce parts of the effect.
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When the carbon dioxide concentration goes down, temperature goes down. A small part of the correspondence is due to the relationship between temperature and the solubility of carbon dioxide in the surface ocean, but the majority of the correspondence is consistent with a feedback between carbon dioxide and climate.
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Answer. The equation for photosynthesis states that the combination of carbon dioxide, water and light energy produces a carbohydrate (glucose) and oxygen. The chemical formula is 6CO2 + 6H2O + light energy = C6H12O6 + 6O2.
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The purpose of photosynthesis is to convert water and carbon dioxide to glucose.
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Photosynthesis is the process by which plants use the energy of sunlight to make sugar (glucose) from carbon dioxide and water. Respiration is the process by which animals use O2 to get energy from food.
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Sunlight provides the energy needed for photosynthesis to take place. In this process carbon dioxide and water are converted into oxygen (a waste product that is released back into the air) and glucose (the source of energy for the plant).
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Photosynthesis is how plants combine light, water, and carbon dioxide to produce energy (glucose) and oxygen. The glucose powers the plants functions, and the oxygen is released back into the atmosphere. Cellular respiration is how animals combine glucose and oxygen to produce carbon dioxide and water.
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Introduction Photosynthesis is the conversion of light energy from the sun into chemical energy. During this process light energy is absorbed by the chlorophyll molecule (a green pigment found in chloroplasts of plant cells) and is then used to convert carbon dioxide and water into simple sugars, glucose.
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Three factors can limit the rate of photosynthesis: light intensity, carbon dioxide concentration and temperature.
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Answer: Photosynthesis involves the use of energy from sunlight, water and carbon dioxide to produce glucose and oxygen. Cellular respiration uses glucose and oxygen to produce carbon dioxide and water.
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plants use carbon dioxide and water as raw materials to perform the process of photosynthesis. whee they get both the materials from their surroundings i.e.air and rain.
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The process of photosynthesis occurs when green plants use the energy of light to convert carbon dioxide (CO2) and water (H2O) into carbohydrates. Light energy is absorbed by chlorophyll, a photosynthetic pigment of the plant, while air containing carbon dioxide and oxygen enters the plant through the leaf stomata.