How many ATP and NADPH molecules are required | vedclass

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(D) The Calvin cycle consists of three main stages: carboxylation,reduction,and regeneration.To produce one molecule of glucose $(C_6H_{12}O_6)$,the c

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$12 \, NADPH$ and $12 \, ATP$

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(D) The Calvin cycle consists of three main stages: carboxylation,reduction,and regeneration.To produce one molecule of glucose $(C_6H_{12}O_6)$,the cycle must turn $6$ times because each turn fixes one molecule of $CO_2$.In the reduction phase,for every $CO_2$ molecule fixed,$2 \, ATP$ are used for phosphorylation and $2 \, NADPH$ are used for reduction.Since $6$ turns are required for one glucose molecule,the total requirement for the reduction phase is $6 	imes 2 = 12 \, ATP$ and $6 	imes 2 = 12 \, NADPH$.

How many $ATP$ and $NADPH$ molecules are required for the reduction step in the Calvin cycle to produce one molecule of glucose?

Similar Questions

How many turns of the Calvin cycle are required for the formation of one molecule of glucose?

Radioactive $C^{14}$ is incorporated into $CO_2$ and released into the atmosphere. This $CO_2$ is taken up by $RuBP$ in a $C_3$ plant. In which compound is the radioactive $C^{14}$ first detected?

In carbon dioxide reduction,$ATP$ is:

Provide the full names for the following abbreviations:
$(1)$ $RuBisCO$
$(2)$ $KOH$

Which of the following is present in the Calvin cycle?

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