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(D) In aerobic respiration,the complete oxidation of one glucose molecule yields $10$ $NADH$ and $2$ $FADH_2$ molecules.Through the electron transport

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thirty four

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(D) In aerobic respiration,the complete oxidation of one glucose molecule yields $10$ $NADH$ and $2$ $FADH_2$ molecules.Through the electron transport system $(ETS)$ and oxidative phosphorylation,each $NADH$ produces $3$ $ATP$ ($10 	imes 3 = 30$ $ATP$) and each $FADH_2$ produces $2$ $ATP$ ($2 	imes 2 = 4$ $ATP$).Therefore,the total number of $ATP$ molecules produced specifically through oxidative phosphorylation is $30 + 4 = 34$ $ATP$.

During aerobic respiration,the total number of $ATP$ formed through oxidative phosphorylation / $ETS$ from one glucose molecule is . . . . . . .

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