How many ATPs are produced during the passage | vedclass

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(B) The $F_0-F_1$ particle,also known as $ATP$ synthase,is responsible for the synthesis of $ATP$ during oxidative phosphorylation.According to the ch

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(B) The $F_0-F_1$ particle,also known as $ATP$ synthase,is responsible for the synthesis of $ATP$ during oxidative phosphorylation.According to the chemiosmotic hypothesis,the movement of protons $(H^+)$ from the intermembrane space into the mitochondrial matrix through the $F_0$ channel drives the conformational changes in the $F_1$ subunit.It is established that the passage of $2$ protons $(H^+)$ through the $F_0-F_1$ complex results in the synthesis of $1$ molecule of $ATP$ from $ADP$ and inorganic phosphate $(\Pi)$.

How many $ATPs$ are produced during the passage of one pair of protons through $F_0-F_1$ particles?

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