Thermodynamic efficiency of energy gain during fermentation of one molecule of glucose to form four molecules of ATP and acetate (Î”G=+44KJ/mol for ATP formation), and the lost energy in the given process Introduction: ATP (Adenine triphosphate) is known as an energy carrier, as it is used by cells to store or supply energy during the breakdown of large molecules in a series of reactions.Â In order to produce a large number of ATP molecules, oxidation and breakdown of organic molecules can be coupled with ATP synthesis. Thermodynamic efficiency is the ratio of energy output to energy input.Â

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Chapter 13.3, Problem 3TQ

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Thermodynamic efficiency of energy gain during fermentation of one molecule of glucose to form four molecules of ATP and acetate (Î”G=+44KJ/mol for ATP formation), and the lost energy in the given process

Introduction:

ATP (Adenine triphosphate) is known as an energy carrier, as it is used by cells to store or supply energy during the breakdown of large molecules in a series of reactions.Â In order to produce a large number of ATP molecules, oxidation and breakdown of organic molecules can be coupled with ATP synthesis. Thermodynamic efficiency is the ratio of energy output to energy input.Â

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