The total requirement of ATP NADPH for each molecule of CO 2 fixed reduced in photosynthesis in the Calvin cycle is

Question

The total requirement of ATP NADPH for each molecule of CO 2 fixed reduced in photosynthesis in the Calvin cycle is (A) 2 ATP 2 NADPH (B) 2 ATP 3 NADPH (C) 3 ATP 2 NADPH (D) 4 ATP 3 NADPH

Tardigrade Admin · Accepted Answer

For every CO 2 molecule entering the Calvin cycle, 3 molecules of ATP and 2 molecules of NADPH are required.

Q. The total requirement of ATP & NADPH for each molecule of $C O_{2}$ fixed & reduced in photosynthesis in the Calvin cycle is

2 ATP & $2 N A D P H$

2 ATP & 3 NADPH

3 ATP & 2 NADPH

4 ATP & 3 NADPH

For every $C O_{2}$ molecule entering the Calvin cycle, 3 molecules of ATP and 2 molecules of NADPH are required.

Q. The total requirement of ATP & NADPH for each molecule of CO2​ fixed & reduced in photosynthesis in the Calvin cycle is

2 ATP & 2NADPH