In which stage of cellular respiration is the | vedclass

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(D) The complete oxidation of glucose involves several stages: Glycolysis,the Link reaction,the Krebs cycle,and the Electron Transport Chain $(ETC)$.$

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Electron Transport Chain $(ETC)$

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(D) The complete oxidation of glucose involves several stages: Glycolysis,the Link reaction,the Krebs cycle,and the Electron Transport Chain $(ETC)$.$1$. Glycolysis produces a net gain of $2 \ ATP$ molecules.$2$. The Krebs cycle produces $2 \ GTP$ (which is equivalent to $2 \ ATP$) per glucose molecule.$3$. The Electron Transport Chain $(ETC)$ is the final stage where the majority of $ATP$ is synthesized via oxidative phosphorylation.$4$. During $ETC$,the oxidation of $NADH$ and $FADH_2$ provides the energy to pump protons,creating a gradient that drives $ATP$ synthase to produce approximately $28$ to $30 \ ATP$ molecules per glucose molecule.Therefore,the maximum number of $ATP$ molecules is produced during the $ETC$.

In which stage of cellular respiration is the maximum number of $ATP$ molecules produced from $ADP$ through the complete oxidation of glucose?

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