6. How many net NADH are produced at the end of glycolysis? * 7. Each turn of th

Question

6. How many net NADH are produced at the end of glycolysis? * 7. Each turn of the citric acid cycle and oxidation of the acetyl carbons results in the net production of ______________ NADH and ____________ FADH2. * 8. How many ATP are made in the glycolysis part of cellular respiration? * 9. How many ATP are made in the Kreb’s cycle part of cellular respiration? * 10. How many ATP are made in the electron transport part of cellular respiration? 6. How many net NADH are produced at the end of glycolysis? * 7. Each turn of the citric acid cycle and oxidation of the acetyl carbons results in the net production of ______________ NADH and ____________ FADH2. * 8. How many ATP are made in the glycolysis part of cellular respiration? * 9. How many ATP are made in the Kreb’s cycle part of cellular respiration? * 10. How many ATP are made in the electron transport part of cellular respiration? 6. How many net NADH are produced at the end of glycolysis? * 7. Each turn of the citric acid cycle and oxidation of the acetyl carbons results in the net production of ______________ NADH and ____________ FADH2. * 8. How many ATP are made in the glycolysis part of cellular respiration? * 9. How many ATP are made in the Kreb’s cycle part of cellular respiration? * 10. How many ATP are made in the electron transport part of cellular respiration?

Explanation / Answer

6. 2 molecules of NADH are produced at the end of glycolysis. These are produced when 2 molecules of Glyceraldehyde -3 - phosphate is converted to 1,3 - bisphosphoglycerate.

7. Each turn of the citric acid cycle and oxidation of the acetyl carbons results in the net production of 6 NADH and 2 FADH2.

8. A net 2 ATP molecules are produced in glycolysis part of cellular respiration through substrate level phosphorylation..

9. 2 ATP are made in the Kreb’s cycle part of cellular respiration. (GTP are produced which are equivalent to ATP mlecules).

10. 34 molecules of ATP are made in the electron transport part of cellular respiration.

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