How many ATP molecules are produced when 2 H^ | vedclass

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Question

(A) The $ATP$ synthase complex consists of two major components: $F_0$ and $F_1$.$F_0$ is an integral membrane protein complex that acts as a channel

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$1$

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(A) The $ATP$ synthase complex consists of two major components: $F_0$ and $F_1$.$F_0$ is an integral membrane protein complex that acts as a channel for protons $(H^+)$ to cross the inner mitochondrial membrane.$F_1$ is a peripheral membrane protein complex that contains the site for $ATP$ synthesis.According to the chemiosmotic hypothesis,the movement of $2 H^+$ ions from the intermembrane space to the mitochondrial matrix through the $F_0-F_1$ complex provides enough energy to catalyze the phosphorylation of one $ADP$ molecule into one $ATP$ molecule.Therefore,the passage of $2 H^+$ ions results in the production of $1$ $ATP$ molecule.

How many $ATP$ molecules are produced when $2 H^+$ ions pass through the $ATP$ synthase complex?

Similar Questions

The last electron acceptor in respiration is

$A-$ Proton is transported to $F_1$ through $F_0$.
$R-$ Oxidation of $NADPH_2$ occurs in $F_1$.

Both respiration and photosynthesis require the following:

Which of the following does not function as an electron carrier?

How many molecules of $ATP$ are produced per molecule of $FADH_2$ oxidized?

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