The chemiosmotic hypothesis is an important key to understanding general metabolism because
A) it explains how ATP is synthesized by a proton motive force.
B) it explains the reduction of oxygen to water in the final steps of oxidative metabolism.
C) it explains how electron transport can fuel substrate- level phosphorylation.
D) it explains the sequence of the electron transport chain molecules.
Correct Answer:
Verified
Q22: Fatty acids typically have an even number
Q23: Which of the following is true in
Q24: Substrate level phosphorylation occurs in the citric
Q25: The electron transport chain
A) is a series
Q26: After glycolysis, but before the Krebs cycle
Q28: ATP production by ATP synthase, requiring a
Q29: Pyruvate oxidation occurs in
A) the cytosol.
B) the
Q30: C6H12O6 glucose) + 6O2 -6 CO2 +
Q31: C6H12O6 + 6 O2 -6 CO2 +
Q32: In cellular respiration, electrons are moved along
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