4 OT 8 What links photosystem I with photosystem 11? a. The products of the Calv

Question

4 OT 8 What links photosystem I with photosystem 11? a. The products of the Calvin cycle b. Oxygen gas. C. The electrons passed between the two photosystems d. The chlorophyll B molecules in the light-harvesting complex 9. Briefly explain what would happen to the levels of NADPH and ATP within the stroma if the passage of electrons to the primary electron acceptor of photosystem I were inhibited The Calvin cycle: Reducing CO2 to sugar 1. The Calvin cycle is cyclic because a. CO2 is constantly acquired during carbon fixation. b. it constantly makes G3P c. RuBP is regenerated in the final chemical reaction d. NADPH and ATP are used from the light reactions True or false: Each turn of the Calvin cycle produces one molecule of glucose. If false, make it a correct statement. 3. Briefly explain what links the two stages of photosynthesis with each other 4. List the main product(s) and waste poduct(s) of the Calvin cycle

Explanation / Answer

8. The answer is c. The electrons passed between the two photosytems.

9. As the primary electron acceptor inhibited the both cyclic as well as non cyclic electron transports would be blocked, it effets both ATP and NADPH produciton.

10. The answer is C. RUBP is regenerated in the final chemical recation. It is also reffered as RUBP regenration phase.

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