Question

once again the details arent important, but here the
\ is an abbreviation for another region of the molecule that contains adenosine monophosphate, or amp (adding a phosphate group to amp creates adp, adding a phosphate to adp creates atp)
analyze the differences between nad+ and nadh, and click on the three atoms, bonds, and/or areas of the nadh molecule that have changed.
adp rib n+ h nh2 nad+ adp rib n h h nh2 nadh
in the reactions that occur during the glycolysis, pyruvate processing, and citric acid cycle stages of cellular respiration, nad+ and fadh are oxidized.
true
false

Explanation:

During glycolysis, pyruvate processing, and the citric acid cycle, \(NAD^{+}\) is reduced (gains electrons and hydrogen) to form \(NADH\), not oxidized. Oxidation is the loss of electrons. \(FAD\) (not \(FADH\)) is reduced to \(FADH_{2}\) in these stages.

Answer:

False