The largest amount of phosphate bond energy i | vedclass

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(C) The largest amount of $ATP$ is produced during aerobic respiration. In the complete oxidation of one molecule of glucose,$38$ $ATP$ molecules are

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Kreb's cycle

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(C) The largest amount of $ATP$ is produced during aerobic respiration. In the complete oxidation of one molecule of glucose,$38$ $ATP$ molecules are produced in prokaryotes (or $36$ $ATP$ in eukaryotes). Glycolysis produces a net gain of $2$ $ATP$ and $2$ $NADH_2$. The Kreb's cycle ($TCA$ cycle) is the major stage where the majority of high-energy electron carriers ($NADH_2$ and $FADH_2$) are generated,which subsequently yield the largest amount of $ATP$ through the Electron Transport System $(ETS)$. Therefore,the Kreb's cycle is the primary metabolic pathway associated with the production of the largest amount of phosphate bond energy.

The largest amount of phosphate bond energy is produced in the process of respiration during

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