During the light reaction,electrons are trans | vedclass

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Question

(C) The correct option is $C$,which is $NADP^+$ to $NADPH + H^+$.During the light reaction of photosynthesis:$1$. Photolysis of water $(H_2O)$ occurs,

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$NADP^+$ to $NADPH + H^+$

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(C) The correct option is $C$,which is $NADP^+$ to $NADPH + H^+$.During the light reaction of photosynthesis:$1$. Photolysis of water $(H_2O)$ occurs,releasing electrons,protons,and oxygen.$2$. These electrons are transferred through the Electron Transport Chain $(ETC)$.$3$. The final electron acceptor in the non-cyclic photophosphorylation pathway is $NADP^+$.$4$. $NADP^+$ accepts these electrons and protons to get reduced into $NADPH + H^+$.

During the light reaction,electrons are transferred by the splitting of $H_2O$ through the $ETC$,which results in the reduction of:

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