1. Assuming a cytosolic NADH leads to the production of 2.5 ATP, how many ATP would ultimately be produced per one glucose just from glycolysis?
2. Assuming a cytosolic NADH leads to the production of 1.5 ATP, how many ATP would ultimately be produced per one glucose just from glycolysis?
3. How many ATP would ultimately be produced per one glucose just from the pyruvate dehydrogenase reaction?
4. How many ATP would ultimately be produced per one glucose just from the citric acid cycle?
5. Assuming a cytosolic NADH leads to the production of 2.5 ATP, how many ATP total (i.e., the net gain of ATP) would ultimately be produced per one glucose assuming it has gone through glycolysis, the PDH reaction, and the citric acid cycle?
6. Assuming a cytosolic NADH leads to the production of 1.5 ATP, how many ATP total (i.e., the net gain of ATP) would ultimately be produced per one glucose assuming it has gone through glycolysis, the PDH reaction, and the citric acid cycle?
7. How many ATP would be produced for one glyceraldehyde 3-phosphate proceeding through glycolysis, the pyruvate dehydrogenase reaction, and the citric acid cycle with the electrons from oxidation entering the electron transport chain. Assume that the cytosolic NADH leads to the production of 2.5 ATP.