26. How many NET ATPâs can be obtained from THREE (3) molecules of glucose via (only) GLYCOLYSIS under the following conditions:
a. anaerobic conditions:
____________________________________________________________________________________________________________________________________________
b. aerobic conditions:
____________________________________________________________________________________________________________________________________________
27. Under aerobic conditions (glycolysis, the pyruvate dehydrogenase complex, and the citric acid cycle), how many ATPâs can be obtained from TWO (2) molecules of glucose via:
a. substrate level phosphorylation:
____________________________________________________________________________________________________________________________________________
b. oxidative phosphorylation:
____________________________________________________________________________________________________________________________________________
c. net ATP production:
____________________________________________________________________________________________________________________________________________
28. When completely oxidized, how many Acetyl CoAâs will be produced from a 12-CARBON fatty acid chain?
____________________________________________________________________________________________________________________________________________
29. How many cycles of β-oxidation will there be to completely oxidize a 12-CARBON fatty acid chain to Acetyl-CoAâs?
____________________________________________________________________________________________________________________________________________
30. How many ATPâs can be obtained from the oxidation of a 12-CARBON fatty acid via: (aerobic conditions)
a. β-oxidation:
____________________________________________________________________________________________________________________________________________
b. the citric acid cycle:
____________________________________________________________________________________________________________________________________________
c. What is the net production of ATPâs?
____________________________________________________________________________________________________________________________________________
31. How many ATPâs can be obtained from the oxidation of a ten (10) carbon fatty acid? Include the ATPâs produced via the following: (aerobic conditions)
a. substrate level phosphorylation:
____________________________________________________________________________________________________________________________________________
b. oxidative phosphorylation:
____________________________________________________________________________________________________________________________________________
c. net ATP production:
____________________________________________________________________________________________________________________________________________
26. How many NET ATPâs can be obtained from THREE (3) molecules of glucose via (only) GLYCOLYSIS under the following conditions:
a. anaerobic conditions:
____________________________________________________________________________________________________________________________________________
b. aerobic conditions:
____________________________________________________________________________________________________________________________________________
27. Under aerobic conditions (glycolysis, the pyruvate dehydrogenase complex, and the citric acid cycle), how many ATPâs can be obtained from TWO (2) molecules of glucose via:
a. substrate level phosphorylation:
____________________________________________________________________________________________________________________________________________
b. oxidative phosphorylation:
____________________________________________________________________________________________________________________________________________
c. net ATP production:
____________________________________________________________________________________________________________________________________________
28. When completely oxidized, how many Acetyl CoAâs will be produced from a 12-CARBON fatty acid chain?
____________________________________________________________________________________________________________________________________________
29. How many cycles of β-oxidation will there be to completely oxidize a 12-CARBON fatty acid chain to Acetyl-CoAâs?
____________________________________________________________________________________________________________________________________________
30. How many ATPâs can be obtained from the oxidation of a 12-CARBON fatty acid via: (aerobic conditions)
a. β-oxidation:
____________________________________________________________________________________________________________________________________________
b. the citric acid cycle:
____________________________________________________________________________________________________________________________________________
c. What is the net production of ATPâs?
____________________________________________________________________________________________________________________________________________
31. How many ATPâs can be obtained from the oxidation of a ten (10) carbon fatty acid? Include the ATPâs produced via the following: (aerobic conditions)
a. substrate level phosphorylation:
____________________________________________________________________________________________________________________________________________
b. oxidative phosphorylation:
____________________________________________________________________________________________________________________________________________
c. net ATP production:
____________________________________________________________________________________________________________________________________________
Related textbook solutions
Related questions
In glucose metabolism, glucose enters into the Glycolysis pathway. The products of glycolysis are then utilized by the Pyruvate Dehydrogenase Complex, which shuttles its products into the Citric Acid Cycle. The combined activities of these pathways directly synthesize a number of molecules of ATP, GTP, NADH and FADH2. Indicate the net gain of each of the molecules listed in the table below if a single glucose molecule were to be completely and sequentially metabolized by all three processes.
| Pathway | ATP | GTP* | NADH | FADH2 / QH2 |
| Glycolysis | ||||
| Pyruvate Dehydrogenase Complex | ||||
| Citric Acid Cycle |
