Which stage of the Calvin cycle does not invo | vedclass

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(A) The Calvin cycle consists of three main stages: Carboxylation,Reduction,and Regeneration.$1$. Carboxylation: In this stage,$CO_2$ is fixed by $	e

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Carboxylation

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(A) The Calvin cycle consists of three main stages: Carboxylation,Reduction,and Regeneration.$1$. Carboxylation: In this stage,$CO_2$ is fixed by $	ext{RuBP}$ with the help of the enzyme $	ext{RuBisCO}$. This step does not require $	ext{ATP}$ or $	ext{NADPH}$.$2$. Reduction: This stage involves the utilization of $2$ molecules of $	ext{ATP}$ and $2$ molecules of $	ext{NADPH}$ for the reduction of each molecule of $3$-phosphoglycerate ($3$-$PGA$) to glyceraldehyde $3$-phosphate.$3$. Regeneration: This stage requires $1$ molecule of $	ext{ATP}$ for the phosphorylation of ribulose $5$-phosphate to regenerate $	ext{RuBP}$.Therefore,the Carboxylation stage is the only one that does not involve the dephosphorylation of $	ext{ATP}$.

Which stage of the Calvin cycle does not involve the dephosphorylation of $\text{ATP}$?

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