Which of the following can accept a hydride i | vedclass

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(C) In the electron transport system $(ETS)$,electron carriers like $NAD^+$ and $FAD^+$ act as coenzymes that accept electrons and protons to become r

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$FAD^+, NAD^+$

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(C) In the electron transport system $(ETS)$,electron carriers like $NAD^+$ and $FAD^+$ act as coenzymes that accept electrons and protons to become reduced.Specifically,$NAD^+$ accepts a hydride ion $(H^-)$ consisting of two electrons and one proton to form $NADH$.Similarly,$FAD^+$ accepts two hydrogen atoms (each consisting of one electron and one proton) to form $FADH_2$.Therefore,$NAD^+$ and $FAD^+$ are the oxidized forms capable of accepting hydride ions or hydrogen atoms to facilitate electron transfer.

Which of the following can accept a hydride ion $(H^-)$ during the electron transport system?

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