Match the column to the letters Question Answers 1. Third phase of the Calvin Cycle 2. number of molecules of both ATP and NADPH consumed to form 6 molecules of G3P 3. Number of molecules of G3P considered as a net gain of carbohydrate in the cycle 4. Fate of each molecule of 3-phosphoglycerate after receiving an additional phosphate group from ATP 5. # of molecules of RuBP resulting from the rearrangement of five molecules of G3P carbon skeletons in the last steps on the Calvin Cycle 6. Fate of 1,3 -bisphosphoglycerate after being reduced 7. Carbon fixation products 8. # of molecules of 3-PGA that will be reduced to form 6 molecules of G3P 9. RubisCo 10. # of molecules of G3P to be recycled to regenerate three molecules of RuBP a. 6 molecules b. Regeneration of the CO2 acceptor c. six-carbon intermediate that splits in half forming two molecules of 3-phosphoglycerate ( for each C02 fixed) d. Glyceraldehyde 3-phosphate
Match the column to the letters
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1. Third phase of the Calvin Cycle 2. number of molecules of both ATP and NADPH consumed to form 6 molecules of G3P 3. Number of molecules of G3P considered as a net gain of carbohydrate in the cycle 4. Fate of each molecule of 3-phosphoglycerate after receiving an additional phosphate group from ATP 5. # of molecules of RuBP resulting from the rearrangement of five molecules of G3P carbon skeletons in the last steps on the Calvin Cycle 6. Fate of 1,3 -bisphosphoglycerate after being reduced 7. Carbon fixation products 8. # of molecules of 3-PGA that will be reduced to form 6 molecules of G3P 9. RubisCo 10. # of molecules of G3P to be recycled to regenerate three molecules of RuBP |
a. 6 molecules b. Regeneration of the CO2 acceptor c. six-carbon intermediate that splits in half forming two molecules of 3-phosphoglycerate ( for each C02 fixed) d. Glyceraldehyde 3-phosphate e. enzyme that catalyzes the attachment of CO2 into RuBP f. 1,3-bisphosphoglycerate g. 1 molecule h. 5 molecules i. 3 molecules |
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