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(A) $1$. Glycolysis produces $2$ molecules of pyruvic acid from $1$ molecule of glucose.$2$. Acetylation (also known as the link reaction or oxidative

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$2$

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(A) $1$. Glycolysis produces $2$ molecules of pyruvic acid from $1$ molecule of glucose.$2$. Acetylation (also known as the link reaction or oxidative decarboxylation of pyruvic acid) involves the conversion of $1$ molecule of pyruvic acid into $1$ molecule of Acetyl-CoA.$3$. During this process,$1$ molecule of $NADH + H^+$ is produced per pyruvic acid molecule.$4$. Since $2$ molecules of pyruvic acid are produced from $1$ glucose molecule,the total number of $NADH + H^+$ molecules formed during acetylation is $2 	imes 1 = 2$.

Number of $NADH + H^+$ molecules formed during acetylation from end product of glycolysis in aerobic respiration is . . . . . . .

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