A single turn of the Krebs cycle yields . . | vedclass

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(C) The Krebs cycle (also known as the Citric Acid Cycle) occurs in the mitochondrial matrix.For every single molecule of Acetyl-CoA that enters the c

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$3 NADH_2, 1 FADH_2$ and $1$ $GTP$

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(C) The Krebs cycle (also known as the Citric Acid Cycle) occurs in the mitochondrial matrix.For every single molecule of Acetyl-CoA that enters the cycle,the following products are formed:$1$. $3$ molecules of $NADH + H^+$$2$. $1$ molecule of $FADH_2$$3$. $1$ molecule of $GTP$ (or $ATP$)Since one glucose molecule produces two Acetyl-CoA molecules,the cycle turns twice per glucose molecule. However,the question asks for a 'single turn'.Therefore,a single turn yields $3 NADH_2$,$1 FADH_2$,and $1$ $GTP$. Note: Option $C$ is the most accurate representation of the products per turn.

$A$ single turn of the Krebs cycle yields . . . . . . .

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