Two molecules of ATP are formed during final oxidation of

NADH (H+)

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NADPH (H+)

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F A D H_{2}

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N A D^{+}

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Solution

The correct option is C $F A D H_{2}$
$F A D H_{2}$ yields 2ATP molecules whereas $N A D H_{2}$ yields 3 ATPs upon oxidation.

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Similar questions

Q. Oxidation of one molecule of

N A D H + H^{+}

yields ______ molecules of ATP.

Q. ATP molecules produced respectively by

N A D H (H^{+})

and

F A D H_{2}

during electron transport are

Q. 2

N A D H (H^{+})

produced during anaerobic glycolysis yield

How one molecule of NADH gives rise to 3 molecules of ATP and One molecule of FADH2 produces two molecules of ATP. As they are only present for up taking H+ and releasing it in? I couldn't understand?

Q. During the complete oxidation of glucose, highest number of ATP molecules are formed during __________.

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Two molecules of ATP are formed during final oxidation of

The correct option is C FADH2FADH2 yields 2ATP molecules whereas NADH2 yields 3 ATPs upon oxidation.

The correct option is C $F A D H_{2}$
$F A D H_{2}$ yields 2ATP molecules whereas $N A D H_{2}$ yields 3 ATPs upon oxidation.