Question

1. What would be the net gain of ATP from the breakdown of ten molecules of glucose under aerobic conditions? 10
20
40
360
2. The Krebs cycle does NOT occur if ?
oxygen is present.
oxygen is not present.
glycolysis occurs.
carbon dioxide is present.
3. In the Krebs cycle, the carbon atoms in a three-carbon molecule are released in.
one molecule of water.
three molecules of oxygen.
three molecules of carbon dioxide.
one molecule of glucose.
4. What process do the arrows for oxygen going in and water coming out represent in the Figure 9–2 diagram of the mitochondria?

electr

Answer 1

This is the diagram
and those numbers up there are 10 20 40 360

Answer 2

1.in glycolysis you gain 2 net ATP per glucose molecule. in Electron transport chain, you gain 34 ATP from one glucose molecule. Add them together you get 36 ATP molecules per glucose molecule. From ten you would get 360 ATP.

Answer 3

1. What would be the net gain of ATP from the breakdown of ten molecules of glucose under aerobic conditions? (1 point)
(0 pts) 10
(0 pts) 20
(0 pts) 40
(1 pt) 360
2. The Krebs cycle does NOT occur if (1 point)
(0 pts) oxygen is present.
(1 pt) oxygen is not present.
(0 pts) glycolysis occurs.
(0 pts) carbon dioxide is present.
3. In the Krebs cycle, the carbon atoms in a three-carbon molecule are released in (1 point)
(0 pts) one molecule of water.
(0 pts) three molecules of oxygen.
(1 pt) three molecules of carbon dioxide.
(0 pts) one molecule of glucose.
4. What process do the arrows for oxygen going in and water coming out represent in the Figure 9–2 diagram of the mitochondria?
(1 point)
(1 pt) electron transport
(0 pts) pyruvate oxidation
(0 pts) glycolysis
(0 pts) the Krebs cycle

Answer 4

5. 2 pyruvate

Answer 5

4 is electron transport\