Question

1. How do bacteria do C.R. without mitochondrion? - 2. What does the pacing graph show? 3. Where do you get the "extra" speed? 4. Why does the muscle lab data drop off? 5. Do plants do C.R. also? So, do they have mitochondria? 6. What does the glucose turn into? del til at holde sig 7. How do mitochondria reproduce? 8. During glycolysis, one glucose is broken down into _(3C). 9. Acetyl CoA is a C molecule. 10. Where does the carbon dioxide come from? 11. The 2 energy transferring molecules are and is the last electron acceptor to make water. THIS is why you are breathing! 13. What happens if oxygen is not there? 14. Summarize Lactic Acid Fermentation: 15. How do you get rid of lactate? 16. Summarize Alcoholic Fermentation:

Answer 1

1. Bacteria do cellular respiration in their plasma membrane and are able to generate energy through glycolysis.

5. Plants do cellular respiration and they have mitochondria

6. Glucose turn into ATP and CO2 in cellular respiration.

7. Mitochondria reproduce by simple fission (splits in two).

8. During glycolysis, One glucose is broken into pyruvate, 2 ATP and NADH.

10. CO2 comes from oxygen and glucose.

11. Glucose and ATP are the two most important energy carrying molecules in cellular respiration.

12. Oxygen is the last electron acceptor.

13. Glycolysis takes place without oxygen. Pathway of cellular respiration will continue to krebs cycle if oxygen is present and in the absence of oxygen, some organisms can switch to fermentation.