Question

1. To complete the Calvin cycle, carbon dioxide is needed. Carbon dioxide reaches the interior of the plant via stomata, or small holes in the surface of a leaf. To avoid water loss and total dehydration on hot days, plants close their stomata. Can plants continue to undergo photosynthesis?

A. Yes, as long as there is light
B. No, without CO2 the process cannot continue
C. Only the light reaction will continue

Answer 1

$\huge\mathfrak{Answer:-}$

⭕ Calvin cycle is basically the process in which the cell makes its products. The products of the Calvin cycle can be used to make not only sugars but proteins and lipids too.

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⭕ The purpose of the Calvin cycle is to use the products of the light reaction i.e ATP and NADPH to make the organic compounds necessary for the synthesis of all the molecules.

⭕ In Calvin cycle, carbon atoms in the form of carbon dioxide are bonded together to make organic compounds. The process of fixing carbon is referred to as carbon fixation.

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⭕ Different plants are found in different environments.Because of that plants have evolved to different environmental conditions found in their locale.

⭕ CAM plants are found in arid environment like desert Their stomata only open at night, fixing carbon into different compounds.

⭕ These plants grow slower due to fact that they can grow only at night when their stomata are open.

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⭕ Therefore, yes photosynthesis occurs in all the green plants.

Answer 2

Answer:

Calvin cycle is basically the process in which the cell makes its products. The products of the Calvin cycle can be used to make not only sugars but proteins and lipids too.

➖➖➖➖➖➖➖➖➖➖➖➖➖➖

⭕ The purpose of the Calvin cycle is to use the products of the light reaction i.e ATP and NADPH to make the organic compounds necessary for the synthesis of all the molecules.

⭕ In Calvin cycle, carbon atoms in the form of carbon dioxide are bonded together to make organic compounds. The process of fixing carbon is referred to as carbon fixation.

➖➖➖➖➖➖➖➖➖➖➖➖➖➖

⭕ Different plants are found in dif

Explanation:

g

hope these help you. ........