A- During glycolysis,2 ATP and 2 NADH_2 are f | vedclass

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(C) Glycolysis is the process of breakdown of glucose to pyruvic acid.In this process,$1$ molecule of glucose is converted into $2$ molecules of pyruv

Vedclass · Accepted Answer

$A$ is correct,$R$ is incorrect.

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(C) Glycolysis is the process of breakdown of glucose to pyruvic acid.In this process,$1$ molecule of glucose is converted into $2$ molecules of pyruvic acid.The net gain of energy during glycolysis is $2$ $ATP$ molecules and $2$ $NADH_2$ (or $NADH + H^+$) molecules.Therefore,statement $A$ is correct.Statement $R$ claims that $2$ $ATP + 2$ $FADH_2 + 4$ $NADH_2$ are produced,which is incorrect because $FADH_2$ is not produced during glycolysis,and the amount of $NADH_2$ is also incorrect.Thus,$A$ is correct and $R$ is incorrect.

$A-$ During glycolysis,$2$ $ATP$ and $2$ $NADH_2$ are formed.
$R-$ $2$ $ATP + 2$ $FADH_2 + 4$ $NADH_2$ are produced during glycolysis.

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$A-$ During glycolysis,$2$ $ATP$ and $2$ $NADH_2$ are formed.$R-$ $2$ $ATP + 2$ $FADH_2 + 4$ $NADH_2$ are produced during glycolysis.