A- A total of 10 NADH + H^+ and 2 FADH_2 mole | vedclass

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(C) In aerobic respiration,the complete oxidation of one glucose molecule yields $10$ $NADH + H^+$ ($2$ from glycolysis,$2$ from pyruvate oxidation,an

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$A$ is correct and $R$ is incorrect.

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(C) In aerobic respiration,the complete oxidation of one glucose molecule yields $10$ $NADH + H^+$ ($2$ from glycolysis,$2$ from pyruvate oxidation,and $6$ from the Krebs cycle) and $2$ $FADH_2$ (from the Krebs cycle). Thus,statement $A$ is correct.Regarding statement $R$,one $NADH + H^+$ molecule yields $3$ $ATP$ and one $FADH_2$ molecule yields $2$ $ATP$ during the electron transport system $(ETS)$. The original statement $R$ incorrectly claims $1$ $NADH + H^+$ and $2$ $FADH_2$ produce $34$ $ATP$,which is factually wrong. Therefore,statement $R$ is incorrect.

$A-$ $A$ total of $10$ $NADH + H^+$ and $2$ $FADH_2$ molecules are formed in aerobic respiration.
$R-$ One $NADH + H^+$ and $1$ $FADH_2$ are helpful in the formation of $3$ and $2$ $ATP$ molecules respectively.

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$A-$ $A$ total of $10$ $NADH + H^+$ and $2$ $FADH_2$ molecules are formed in aerobic respiration.$R-$ One $NADH + H^+$ and $1$ $FADH_2$ are helpful in the formation of $3$ and $2$ $ATP$ molecules respectively.