Which will donate electrons to the electron transport chain, NAD⁺ or NADH?Group of answer choicesNAD⁺NADHNext
Question
Which will donate electrons to the electron transport chain, NAD⁺ or NADH?Group of answer choicesNAD⁺NADHNext
Solution
NADH will donate electrons to the electron transport chain. This is because NADH is a high energy molecule that is formed during the Krebs cycle of cellular respiration. When NADH reaches the electron transport chain, it donates its electrons, which are then used to power the creation of ATP. NAD⁺, on the other hand, is the oxidized form of NADH and is looking to accept electrons.
Similar Questions
Which is the form of NAD that is not carrying electrons?Group of answer choicesNAD⁺NADH
Which one of the following components of the electron transport chain only accepts electrons, and does not donate them?
Which will donate electrons to the electron transport chain, FAD or FADH₂?Group of answer choicesFADFADH₂
Which is the reduced form of NAD, the molecule that serves as an electron carrier during cellular respiration.Group of answer choicesNADHNAD⁺
NADH serves as an electron carrier that can donate its hydrogen to other molecules.
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