WHAT IS OXYGEN OF STOMATA THAT HAPPENS IN NIGHT AND BECOMES HOT.
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Stomata are the tiny pores in the leaves of plants They work as both opening and closing of pores. During the process of photosynthesis, the leaves' stomata open to allow the plant to absorb the carbon dioxide needed for plant respiration. It is this respiration that is responsible for a plant's ability to feed itself. Animals that depend on plants for food and oxygen are unwittingly dependent on these hundreds of tiny holes in each leaf. Stomata also help the plant to regulate water by releasing excess water from the leaf via transpiration. In effect, the stomata help the plant to "breathe" carbon dioxide in and water out.
Stomata are closed in nights and becomes hot..
Because carbon dioxide and water are exchanged through the same holes in plant leaves, a plant cannot absorb carbon dioxide without allowing water vapor to escape. In order to minimize excessive water loss, stomata tend to close at night, when photosynthesis is not occurring and there is less benefit to taking in carbon dioxide.
Stomata are closed in nights and becomes hot..
Because carbon dioxide and water are exchanged through the same holes in plant leaves, a plant cannot absorb carbon dioxide without allowing water vapor to escape. In order to minimize excessive water loss, stomata tend to close at night, when photosynthesis is not occurring and there is less benefit to taking in carbon dioxide.
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stomata are the tiny pores in the leaves of plants. during process of photosynthesis the leaves stomata open to allow the plant to take carbon dioxide needed for respiration. it is respiration that is responsible for plants ability to feed itself. animals that are dependent on planta for food and oxygen are also dependent on theae hundreds of tiny pores in each leaf. stomata also help the plants to remove excess water from it via transpiration..
stomata are closed at noght and become hot because carbon dioxide and water are exchange through the same pores in plant leaves, a plant can absorb xarbon dioxide till it escapes water vapour. in orgpder to minimispze less water loss, stomata tend of close at night, when photosynthesis is not occuring and there is less benefit of taking carbon dioxide. .
stomata are closed at noght and become hot because carbon dioxide and water are exchange through the same pores in plant leaves, a plant can absorb xarbon dioxide till it escapes water vapour. in orgpder to minimispze less water loss, stomata tend of close at night, when photosynthesis is not occuring and there is less benefit of taking carbon dioxide. .
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