For the synthesis of one molecule of hexose,h | vedclass

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(C) In the $C_3$ cycle (Calvin cycle),the synthesis of one molecule of glucose $(C_6H_{12}O_6)$ requires $18$ $ATP$ and $12$ $NADPH_2$ molecules.In th

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$18$ and $30$ molecules of $ATP$ respectively

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(C) In the $C_3$ cycle (Calvin cycle),the synthesis of one molecule of glucose $(C_6H_{12}O_6)$ requires $18$ $ATP$ and $12$ $NADPH_2$ molecules.In the $C_4$ cycle (Hatch-Slack pathway),the synthesis of one molecule of glucose requires $30$ $ATP$ and $12$ $NADPH_2$ molecules.Therefore,for $C_3$ and $C_4$ pathways respectively,the $ATP$ requirements are $18$ and $30$ molecules.

For the synthesis of one molecule of hexose,how many additional molecules of $ATP$ are required in $C_3$ and $C_4$ pathways,respectively,besides the $12$ molecules of $NADPH_2$?

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