If the complete oxidation of one mole of gluc | vedclass

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(B) The total energy released from the complete oxidation of one mole of glucose is $686 \, Kcal$.Each $ATP$ molecule stores $12 \, Kcal$ of energy in

Vedclass · Accepted Answer

$57$

Vedclass · Answer

(B) The total energy released from the complete oxidation of one mole of glucose is $686 \, Kcal$.Each $ATP$ molecule stores $12 \, Kcal$ of energy in its phosphate bond.To find the maximum number of $ATP$ molecules that can be produced,we divide the total energy released by the energy stored per $ATP$ molecule.Maximum $ATP = \frac{	ext{Total Energy}}{	ext{Energy per } ATP} = \frac{686}{12} \approx 57.16$.Therefore,the maximum number of $ATP$ molecules that can be theoretically produced is $57$.

If the complete oxidation of one mole of glucose yields $CO_2$ and $H_2O$ with a release of $686 \, Kcal$ of energy,and the energy stored in one mole of $ATP$ as a phosphate bond is $12 \, Kcal$,what is the maximum number of $ATP$ molecules that can be produced from one glucose molecule?

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