The chemiosmotic hypothesis is an important concept in our understanding of cellular metabolism in general because _____.
A) it explains how ATP is synthesized by a proton motive force
B) it explains how electron transport can fuel substrate-level phosphorylation
C) it explains the sequence of the electron transport chain molecules
D) it explains the reduction of oxygen to water in the final steps of oxidative metabolism
Correct Answer:
Verified
Q17: Which of the following statements about cellular
Q18: Which electron carrier(s)function in the Krebs cycle?
A)NAD⁺
Q19: Canine phosphofructokinase (PFK)deficiency afflicts springer spaniels,affecting an
Q20: In the energy-yielding phase of glycolysis,energy is
Q21: Fatty acids usually have an even number
Q22: The constituents of the electron transport chain
Q23: Why are fermentation reactions important for cells?
A)They
Q24: The energy of electron transport serves to
Q25: The inner mitochondrial membrane normally _.
A)contains permease
Q27: The electron transport chain _.
A)is a series
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