The cycle of reactions (the Calvin cycle) which occurs in the second phase of photosynthesis and does not require the presence of light. It involves the fixation of carbon dioxide and its reduction to carbohydrate and the dissociation of water, using chemical energy stored in ATP.
The Calvin cycle is a series of chemical reactions that happens during the second phase of photosynthesis and does not require the presence of light to occur. ATP is used to generate chemical energy for the fixation of carbon dioxide and reduction of carbon dioxide to glucose as well as the dissociation of water in the process.
Answers & Comments
Answer:
Dark Reaction
The cycle of reactions (the Calvin cycle) which occurs in the second phase of photosynthesis and does not require the presence of light. It involves the fixation of carbon dioxide and its reduction to carbohydrate and the dissociation of water, using chemical energy stored in ATP.
Answer:
The Calvin cycle is a series of chemical reactions that happens during the second phase of photosynthesis and does not require the presence of light to occur. ATP is used to generate chemical energy for the fixation of carbon dioxide and reduction of carbon dioxide to glucose as well as the dissociation of water in the process.