Chapter 24.6, Problem 39LC

Interpretation Introduction

Interpretation: The number of moles of ATP formed during the complete oxidation of glucose in a cell that uses oxygen is to be determined.

Concept introduction: The glucose molecule has six carbons and is a carbohydrate. Oxygen is required for the conversion of glucose into carbon dioxide during the process of oxidation.

Answer to Problem 39LC

During the complete oxidation of glucose in a cell that uses oxygen, $34$ moles of ATP are produced.

Explanation of Solution

The oxidation of glucose releases energy, resulting in the production of ATP molecules. During the process of complete oxidation of glucose in a cell that requires oxygen, a gross gain of $36$ moles of ATP is produced. However, the consumption of two molecules results in a net gain of only $34$ moles of ATP.

Conclusion

During the complete oxidation of glucose in a cell that uses oxygen, $34$ moles of ATP are produced.