2. Glycolysis Fermentation Krebs Cycle (Insane in the) Membrane I Like to Move it 10 20 30 40 50

3. Question 1 - 10 Glycolysis does or does not require oxygen?

4. Answer 1 – 10 Does not require oxygen

5. Question 1 - 20 How many net ATP are produced during glycolysis?

6. Answer 1 – 20 2 ATP

7. Question 1 - 30 The two products of glycolysis are what?

8. Answer 1 – 30 ATP and pyruvate

9. Question 1 - 40 Glycolysis take place in this area of the cell.

10. Answer 1 – 40 cytoplasm

11. Question 1 - 50 The process of glycolysis produces this compound which carries electrons to the electron transport chain.

12. Answer 1 – 50 NADH

13. Question 2 - 10 Fermentation does require oxygen to take place. TRUE or FALSE

14. Answer 2 – 10 FALSE

15. Question 2 - 20 Yeast produce this molecule in fermentation which is different from what you produce during fermentation.

16. Answer 2 – 20 ethanol

17. Question 2 - 30 During fermentation in yeast, this gas is produced as a byproduct.

18. Answer 2 – 30 Carbon dioxide

19. Question 2 - 40 Fermentation in humans produces this compound which causes muscle fatigue and pain.

20. Answer 2 – 40 Lactic acid

21. Question 2 - 50 This molecule is converted to lactic acid in fermentation when the environment is anaerobic.

22. Answer 2 – 50 Pyruvate, pyruvic acid

23. Question 3 - 10 This is the max amount of ATP produced during the Krebs Cycle.

24. Answer 3 – 10 2 ATP

25. Question 3 - 20 Pyruvic acid is converted into what molecule before entering the Krebs Cycle.

26. Answer 3 – 20 Acetyl Coenzyme A

27. Question 3 - 30 The Krebs Cycle takes place in this part of the mitochondria.

28. Answer 3 – 30 Mitochondrial matrix

29. Question 3 - 40 This is the number of carbon atoms that citric acid contains.

30. Answer 3 – 40 six

31. Question 3 - 50 Citric acid is created when acetyl CoA combines with this molecule.

32. Answer 3 – 50 Oxaloacetic acid

33. Question 4 - 10 This is the term we use to define the membrane that separates the interior and exterior of the cell.

34. Answer 4 – 10 Phospholipid bilayer

35. Question 4 - 20 The electron transport chain takes place in this part of the mitochondria.

36. Answer 4 – 20 Mitochondrial intermembrane

37. Question 4 - 30 This is the final electron acceptor in the electron transport chain and combines with hydrogen to form H2O.

38. Answer 4 – 30 oxygen

39. Question 4 - 40 These two molecules are transferred to the ETC during the Krebs Cycle.

40. Answer 4 – 40 NADH and FADH2

41. Question 4 - 50 The energy from the movement of electrons along the electron transport chain results in this kind of transport which moves hydrogen protons against their concentration gradient.

42. Answer 4 – 50 Active transport

43. Question 5 - 10

44. Answer 5 – 10

45. Question 5 - 20

46. Answer 5 – 20 Sequence of amino acids

47. Question 5 - 30 Eukaryotes differ from prokaryotes in the fact that they have these structures.

48. Answer 5 – 30 Membrane bound organelles

49. Question 5 - 40 Maximum cell size is limited by this.

50. Answer 5 – 40 Surface area

51. Question 5 - 50 The structure of these cells form branches which allow them to function as electrochemical messengers.

52. Answer 5 – 50 Neurons, nerve cells