During chemiosmotic synthesis of ATP, protons diffuse through $C F_{0}$ channels that activates ATPase enzyme. As a result, one molecule of ATP is formed when ________ passes through ATPase.

4 H^{+}

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H^{+}

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2 H^{+}

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6 H^{+}

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Solution

The correct option is C $2 H^{+}$
During chemiosmotic synthesis of ATP, protons diffuse through CFo channels that activates ATPase enzyme. As a result, one molecule of Atp is formed when two hydrogen ions pass through ATPase.
So, the correct option is ' $2 H^{+}$ .

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During chemiosmotic synthesis of ATP, protons diffuse through CF0 channels that activates ATPase enzyme. As a result, one molecule of ATP is formed when ________ passes through ATPase.

The correct option is C 2H+During chemiosmotic synthesis of ATP, protons diffuse through CFo channels that activates ATPase enzyme. As a result, one molecule of Atp is formed when two hydrogen ions pass through ATPase.So, the correct option is '2H+.

During chemiosmotic synthesis of ATP, protons diffuse through $C F_{0}$ channels that activates ATPase enzyme. As a result, one molecule of ATP is formed when ________ passes through ATPase.

The correct option is C $2 H^{+}$
During chemiosmotic synthesis of ATP, protons diffuse through CFo channels that activates ATPase enzyme. As a result, one molecule of Atp is formed when two hydrogen ions pass through ATPase.
So, the correct option is ' $2 H^{+}$ .