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Question

(B) In the Electron Transport System $(ETS)$,electrons are transferred through a series of cytochromes arranged in order of their increasing redox pot

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$Cyt$ $b, c, a, a_3$

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(B) In the Electron Transport System $(ETS)$,electrons are transferred through a series of cytochromes arranged in order of their increasing redox potential.This ensures that electron flow occurs in a stepwise manner from a more electronegative compound to the final electron acceptor,which is oxygen $({O_2})$.The correct sequence of electron transport through the cytochromes is $Cyt$ $b \rightarrow Cyt$ $c \rightarrow Cyt$ $a \rightarrow Cyt$ $a_3$.

The correct sequence of electron acceptors in $ATP$ synthesis is:

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The correct sequence of electron acceptors in $ATP$ synthesis is:

The number of $ATP$ molecules produced through the electron transport system from the intermediates of a single turn of the Krebs cycle is ......... .

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The correct sequence of electron acceptors in $ATP$ synthesis is:

Similar Questions

The correct sequence of electron acceptors in $ATP$ synthesis is:

The number of $ATP$ molecules produced through the electron transport system from the intermediates of a single turn of the Krebs cycle is ......... .

In the electron transport system in the inner mitochondrial membrane,complex-$I$ and $IV$ are respectively:

Out of $38$ $ATP$ molecules produced per glucose,$32$ $ATP$ molecules are generated from $NADH/FADH_2$ in which of the following processes?

Choose the correct combination of $A$ and $B$ in accordance with the $NCERT$ textbook.The $NADH$ synthesised in ...$A$... is transferred into the mitochondria and undergoes oxidative ...$B$...

Vedclass Test Series

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Choose the correct combination of $A$ and $B$ in accordance with the $NCERT$ textbook.
The $NADH$ synthesised in ...$A$... is transferred into the mitochondria and undergoes oxidative ...$B$...