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Match the following:
A. Proton motive force
B. Terminal electron acceptor
C. Reducing power
D. Anabolism
E. Substrate

1. Form of energy generated as an electron transport chain moves protons across a membrane to create a chemiosmotic gradient.
2. Reduced electron carriers such as NADH, NADPH, and FADH2; their bonds contain a form of usable energy.
3. Substance on which an enzyme acts to form products; surface on which an organism will grow.
4. Chemical that is ultimately reduced as a consequence of fermentation or respiration.
5. Cellular processes that synthesize and assemble the subunits of macromolecules, using the energy of ATP; biosynthesis.

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Answer:

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Explanation:

A. Proton motive force - 1. Form of energy generated as an electron transport chain moves protons across a membrane to create a chemiosmotic gradient.

B. Terminal electron acceptor - 4. Chemical that is ultimately reduced as a consequence of fermentation or respiration.

C. Reducing power - 2. Reduced electron carriers such as NADH, NADPH, and FADH2; their bonds contain a form of usable energy.

D. Anabolism - 5. Cellular processes that synthesize and assemble the subunits of macromolecules, using the energy of ATP; biosynthesis.

E. Substrate - 3. Substance on which an enzyme acts to form products; surface on which an organism will grow.

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