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Class 11 Biology Practice Test: Photosynthesis in Higher Plants - ATP and NADPH
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The electrons and protons are used to produce NADPH (the reduced form of nicotine adenine dinucleotide phosphoric acid) and ATP (adenosine triphosphate). ATP and NADPH are energy storage and electron carrier/donor molecule. Both ATP and NADPH are used in the next stage of photosynthesis.

Class 11 Biology Practice Test: Photosynthesis in Higher Plants - ATP and NADPH
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25 Questions

1. How many molecules of NADPH are required for each Calvin cycle?
2. How many molecules of carbon dioxide are required in the Calvin cycle to produce 3 molecules of glucose?
3. Which of these is not a product of light reaction?
4. Which of these is not a stage of the Calvin cycle?
5. Which of these diffuse out of the chloroplast after the light reaction?
6. Which of these compounds have 5 carbon atoms?
7. What is the full form of PGA?
8. Which of these substances catalyse carboxylation?
9. How many molecules of NADP are produced as a result of six Calvin cycles?
10. Which of these statements is false about reduction in the Calvin cycle?
11. How many molecules of ADP are produced as a result of six Calvin cycles?
12. Which of these is a 3-carbon organic acid?
13. What is the product of carboxylation?
14. Which of these scientists have contributed to photosynthesis studies?
15. How many carbon atoms does the primary acceptor of CO2 in photosynthesis have?
16. What is the primary acceptor of CO2 in photosynthesis?
17. Which of these statements is incorrect regarding the biosynthetic phase of photosynthesis?
18. Regeneration during the Calvin cycle requires 3 ATP molecules. True or false?
19. How many carbon atoms does OAA contain?
20. Which of these molecules is regenerated during the Calvin cycle?
21. Who discovered the first CO2 fixation product?
22. CO2 assimilation during photosynthesis is of 3 types. True or false?
23. How many molecules of PGA are produced on carboxylation?
24. How many molecules of ATP are required for each Calvin cycle?
25. Which is the first product of CO2 fixation in the C3 pathway?