The third step takes place in the of the mitochondria. A series of rea acid cycl

Question

The third step takes place in the of the mitochondria. A series of rea acid cycle releases hydrogen ions and electrons that are passed to two important coen and FAD. Coenzymes are molecul es that are necessary participants in certain enzyme is released and ATP is form that as electron danors or acceptors In the process carbon substrate-level phosphorylaton. The molecule that joins with acetyl from acety-CoA is molecule that is formed in the process is citrate or produced in the citric each pyruvate molecule from the citric acid cycle (plus transtion)? acid. How many molecules of carbo cycle for each glucose molecule that entered into gycolyss? what is ATP -co, _ NADH). what is the output from the citnc acid cycle for each glucose molecule that was convert pyrurate in gycolyss? ATP. CO FADHa NADH)

Explanation / Answer

The third step takes place in the matrix of the mitochondria. A series of reaction takes place in citric acid cycle releases hydrogen ions and electrons that are passed to two important coenzymes NAD and FAD. Coenzymes are molecules that are necessary participants in certain enzyme act as electron donors and acceptors. In the process carbon dioxide is released and ATP is formed in substrate level phosphorylation. The molecule that joins with acetyl from acetyl-coA is 2 carbon molecule that is formed in the process is citrate or citric acid. How many molecules of carbon are produced in the citric acid cycle for each glucose molecule that entered into glycolysis? What is the output of each pyruvate molecule from the citric acid cycle? (1 ATP, 2 CO2, 1 FADH2, 4 NADH). What is the output from the citric acid cycle for each glucose molecule that was converted to pyruvate in glycolysis? ( 4 ATP, 6 CO2, 2 FADH2, 10 NADH).   

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