During glycolysis, for each mole of glucose oxidized to pyruvate,
A) 6 moles of ATP are produced.
B) 2 moles of ATP are produced.
C) 4 moles of ATP are produced.
D) 2 moles of NAD+ are produced.
E) no ATP is produced.
Correct Answer:
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Q26: Glycolysis converts glucose into pyruvate, ATP, and
Q27: Within the cell, the pyruvate dehydrogenase complex,
Q28: The first five reactions of the glycolytic
Q29: The function of NAD+ is to
A) cause
Q30: The oxidation of pyruvate to carbon dioxide
Q30: In steps 6 through 10 of glycolysis,
Q33: ATP is used to drive the first
Q34: The end product of glycolysis is
A) pyruvate.
B)
Q35: During the energy-priming portion of glycolysis, the
Q36: Substrate-level phosphorylation is the transfer of a(n)
A)
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