10. In the Electrons from NADH and FADH2 are transferred from high energy to low

Question

10. In the Electrons from NADH and FADH2 are transferred from high energy to low energy compounds until they reach acceptor, which gets reduced to which is the final electron 11. During the first part of the electron transport chain a gradient is produced on one side of the membrane. This gradient will create a charge difference on one side of the membrane which will generate large amounts of "potential energy'". We call this proton voti ve force that produces energy to diffuses thru a membrane protein called generate ATP from ADP and P1 during chemiosmosis 12. 13. In Fermentation is the high energy molecule that reduces and produced after glycolysis into

Explanation / Answer

10. In the electron transport chain , electrons from NADH and FADH2 are transferred from high energy to low energy compounds untill they reach oxygen which gets reduced to water

11. A. Proton gradient

B. Proton motive force

12. A. Protons ddiffuses thru membrane protein called ATP synthase that produces energy to generate ATP from ADP and P1 during chemiosmosis.

13. In fermentation NADH is the high energy molecule that reduces pyruvate produces after glycolysis into lactate and NAD+.

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