Question

The driving force of aerobic respiration is the
presence of
(a) glucose molecule (b) O, in electron transport chain
(c) acetyl Co-A
(d) None of these​

Answer 1

The driving force of aerobic respiration is the 'Electron Transport Chain."

Electron Transport Chain in Aerobic respiration

• During aerobic respiration, the glucose molecules break down to produce 38 molecules of ATP.
• The AT molecules are essential for the functioning of the body as they are bundles of energy.
• The electron transport chain which is also called the "respiratory chain," is found in the inner membrane of mitochondria.
• It is composed of four large, multiprotein complexes as well as two small diffusible electron carriers
• The chain uses free oxygen as the final electron acceptor of electrons.
• Both water and ATP are the end products of the electron transport chain.

Thus, option b is correct.

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