Arrange the stages of the Calvin cycle in the | vedclass

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Question

(C) The Calvin cycle consists of three main stages:$1$. Carboxylation: The fixation of $CO_2$ into a stable organic intermediate,where $CO_2$ is utili

Vedclass · Accepted Answer

Carboxylation $\rightarrow$ Reduction $\rightarrow$ Regeneration

Vedclass · Answer

(C) The Calvin cycle consists of three main stages:$1$. Carboxylation: The fixation of $CO_2$ into a stable organic intermediate,where $CO_2$ is utilized for the carboxylation of $RuBP$.$2$. Reduction: $A$ series of reactions that lead to the formation of glucose,involving the utilization of $ATP$ and $NADPH$ for the reduction of $3-PGA$.$3$. Regeneration: The formation of the $CO_2$ acceptor molecule $(RuBP)$ again,which is crucial for the cycle to continue.Therefore,the correct sequence is Carboxylation $\rightarrow$ Reduction $\rightarrow$ Regeneration.

Arrange the stages of the Calvin cycle in the correct order.

Similar Questions

Consider the given two statements:
Statement $I$: Carbon reactions during photosynthesis in higher plants are called as dark reactions.
Statement $II$: They always occur in darkness and they are not light-dependent.

Which of the following is required for the conversion of $3PGAL$ and dihydroxyacetone phosphate to fructose $1,6$-diphosphate?

For the fixation of $1$ $CO_2$ molecule,the amount of energy required is:

Number of carboxylation reactions that occur in the Calvin cycle is

How many molecules of water are required to complete one Calvin cycle?

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