During a high-energy athletic event, such as a sprint, most of the energy that is provided to the muscles comes from
A.glycolysis.
B.the electron transport chain.
C.the Krebs cycle.
D.fermentation.
(CORRECT ANSWER IS B JUST TOOK TEST)--

Electron transport chain is the final step of aerobic cellular respiration that produces a large number of ATPs by using the energy of proton motive force as generated during oxidation of NADH and FADH2.

Sprint needs a high amount of energy and muscles of athletes are conditioned to carry out aerobic cellular respiration during sprints to avoid any lactic acid accumulation due to fermentation.

During a high-energy athletic event, such as a sprint, most of the energy that is provided to the muscles comes from A.glycolysis. B.the electron transport chain. C.the Krebs cycle. D.fermentation. (CORRECT ANSWER IS B JUST TOOK TEST)--

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During a high-energy athletic event, such as a sprint, most of the energy that is provided to the muscles comes from
A.glycolysis.
B.the electron transport chain.
C.the Krebs cycle.
D.fermentation.
(CORRECT ANSWER IS B JUST TOOK TEST)--