During which stage of complete oxidation of g | vedclass

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(B) The complete oxidation of glucose involves glycolysis,the link reaction,the Krebs cycle,and the Electron Transport System $(ETS)$.Glycolysis produ

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Electron Transport System $(ETS)$

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(B) The complete oxidation of glucose involves glycolysis,the link reaction,the Krebs cycle,and the Electron Transport System $(ETS)$.Glycolysis produces a net gain of $2$ $ATP$ molecules.The Krebs cycle produces $2$ $ATP$ (or $GTP$) molecules per glucose molecule.The Electron Transport System $(ETS)$ is the final stage where the majority of $ATP$ is synthesized through oxidative phosphorylation.In the $ETS$,the reduced coenzymes ($NADH$ and $FADH_2$) generated in earlier stages donate electrons,creating a proton gradient that drives $ATP$ synthase to produce approximately $28$ to $30$ $ATP$ molecules.Therefore,the maximum number of $ATP$ molecules is formed during the Electron Transport System $(ETS)$.

During which stage of complete oxidation of glucose is the maximum number of $ATP$ molecules formed from $ADP$?

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