(A) In the electron transport system $(ETS)$,the oxidation of $NADH + H^+$ (often referred to as $NADH_2$) results in the production of $3$ $ATP$ mole

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(A) In the electron transport system $(ETS)$,the oxidation of $NADH + H^+$ (often referred to as $NADH_2$) results in the production of $3$ $ATP$ molecules.Similarly,the oxidation of $FADH_2$ results in the production of $2$ $ATP$ molecules.Therefore,the $ATP$ generated by $1$ $NADH_2$ and $1$ $FADH_2$ are $3$ and $2$ respectively.

Class 11 Biology Respiration in Plants Respiratory Balance Sheet

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$ATP$ generated by $1$ $NADH_2$ and $1$ $FADH_2$ are respectively:

A
$3, 2$
B
$2, 3$
C
$3, 5$
D
$5, 3$

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Respiration in Plants

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$ATP$ generated by $1$ $NADH_2$ and $1$ $FADH_2$ are respectively:

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How many $ATP$ molecules are produced during the complete oxidation of one molecule of fructose $1,6$-bisphosphate?

One molecule of glucose + $6$ molecules of $O_2$ + $38$ molecules of $ADP$ combine to form $6$ $H_2O$,$6$ $CO_2$,and .........

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