Assertion : Six molecules of `CO_(2)`and twelve molecules of `NADPH^(+)H^(+)` and 18 ATP are used to from one hexose molecule.
Reason : Light reaction result in formation of ATP and `NADPH_(2)`

Statement-1 : 6 molecules of CO_2 and 12 molecules of NADPH^++H^+ and 18 ATP are used to form one hexose molecule. statement-2 : Light reaction results in formation of ATP and NADPH_2 .

Assertion : When six molecules of carbon dioxide participate ini photosynthesis , 12 molecules of NADPH + H^(+) and 18 ATP are used up , forming one hexose molecule. Reason : The photosynthesis light reaction results in the formation of ATP and NADPH_(2) .

Assertion : When six molecules of carbon dioxide participate ini photosynthesis , 12 molecules of NADPH + H^(+) and 18 ATP are used up , forming one hexose molecule. Reason : The photosynthesis light reaction results in the formation of ATP and NADPH_(2) .

How many molecules of ATP and NADPH are required to make one molecule of glucose?

How many molecules of ATP and NADPH are required to make one molecule of glucose?

How many molecules of ATP and NADPH are required to make one molecule of glucose?

For fixation of one CO_2 molecule in C_3 plants the energy required in the form of ATP and NADPH_2 are

For fixation of one CO_2 molecule in C_3 plants the energy required in the form of ATP and NADPH_2 are