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How many ATP and NADPH molecuels are res...

How many ATP and NADPH molecuels are respectively required to mae one molecule of glucose through Calvin cycle?

A

2 ATP+ 1 `NADPH_(2)`

B

3 ATP + `2 NADPH_(2)`

C

2 ATP + 3 `NADPH_(2)`

D

3 ATP + `3NADPH_(2)`

Text Solution

Verified by Experts

The correct Answer is:
B
For fixing one molecule of `CO_(2)` in Calvin cycle, `3ATP+2 NADPH_(2)` are required.
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A2Z-PHOTOSYNTHESIS IN HIGHER PLANTS-SECTION C : Previous Years' Examination Questions (NEET/AIPMT Questions)
  1. PGA as the first CO(2) fixation product was discovered in photosynthes...

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  2. The C(4) plants are photosynthesis more efficient then C(3) plant beca...

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  3. How many ATP and NADPH molecuels are respectively required to mae one ...

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  4. The creation of proton geadient across the thyakoid membrane is a resu...

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  5. Loss of water in C(4) plants as compared to C(3) plants for the sam...

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  6. Reaction centre of PS I is and reaction centre of PS II is

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  7. Isotope of oxygen used in studying photolysis is

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  8. How many Calvin cycle form one hexose molecule

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  9. Which one is a CAM plant?

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  10. Chloroplasts without grana are known to occur in

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  11. Warburg effect is decrease in the rate of photosynthesis at

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  12. Malic acid is formed in C(4) plants in the cell of

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  13. In C(4)pathway, RuBP accepts CO(2) inside

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  14. In C(4) pathway, RuBP receives CO(2) from

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  15. Product of photorespiration is

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  16. Chlorophyll appears green due to

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  17. Last electron acceptor of PS I is.

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  18. Free radical has electron

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  19. In which cells of leaf, pyruvate is converted to PEP in C pathway?

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  20. Which organelle out of these does not participate in photorespiration?

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