2. Cell Energy REVIEW

3. THIS Is Cell Energy

4. 100 200 300 400 500 Organelle Structures Calvin Cycle Glycolysis Krebs Cycle Leaf Structures Light Reactions

5. It is the organelle in which photosynthesis takes place. A 100

6. What is the chloroplast? A 100

7. It is the pancake-like sac structure in the grana that is the location of the light reactions. A 200

8. What is the thylakoid? A 200

9. This molecule makes up much of the membranes associated with the chloroplast and mitochondrion. A 300

10. What is a phospholipid? A 300

11. It is the name given to the collection of all the stacks of thylakoids within the chloroplast. A 400

12. What is the grana? A 400

13. This is the advantage of the membrane folds that make up the mitochondrion’s cristae. A 500

14. What is increase surface area for chemical reactions? A 500

15. It is another name for the Calvin cycle. B 100

16. What is “The Light Independent Reactions or “The Dark Reactions” B 100

17. The Calvin cycle happens here in the chloroplast. B 200

18. What is the stroma? B 200

19. During the Calvin cycle, this is done to the element Carbon. B 300

20. What is fixed or made organic? B 300

21. It is the Scientist who discovered the Calvin Cycle (First and Last name) B 400

22. Who is Melvin Calvin? B 400

23. The end product of the Calvin cycle. B 500

24. What is glucose or fixed (organic) carbon? B 500

25. It is the location in the cell of Glycolysis. C 100

26. What is the cytosol? C 100

27. It is the total net production of ATP from glycolysis. C 200

28. What is a total of two molecules? C 200

29. It is the name used to describe a process such as Glycolysis that does not require oxygen. C 300

30. What is anaerobic? C 300

31. C 400 Good job so far!

32. Besides ATP (and NADH), these three- carbon molecules are the end product molecules of Glycolysis. C 400

33. What are two molecules of pyruvic acid (pyruvate)? C 400

34. Where does the pyruvic acid, produced in glycolysis, go after glycolysis? C 500

35. What is to the mitochondrion? C 500

36. It is the carbon compound given off from Krebs cycle that becomes cellular waste in animals. D 100

37. What is CO 2 ? D 100

38. It is the total number of ATP molecules produced from two turns of the Krebs Cycle (one for each pyruvic acid molecule). D 200

39. What is two? D 200

40. Pyruvic acids must be converted to this compound before it can be used by the Krebs cycle. D 300

41. What is Acetyl-CoA? D 300

42. It is first compound produced at the start of the Krebs Cycle. (It is another name for the Krebs cycle and is found in certain fruit.) D 400

43. What is citric acid (citrate)? D 400

44. This is where the Krebs cycle takes place in the mitochondrion. (Name of the part of the mitochondrion.) D 500

45. What is the matrix? D 500

46. The uppermost and lowermost layer of leaf cells. E 100

47. What are the epidermal cells? E 100

48. It is the outer covering of wax. E 200

49. What is cuticle layer (cutin layer)? E 200

50. It is the layer in the leaf with many air spaces. E 300

51. What is the spongy mesophyll? E 300

53. The “tubes” in the leaf vein that carry water and sugars. E 400

54. What are the xylem and phloem? E 400

55. These cells that form a pore called a stomate (stoma). E 500

56. What are the bundle guard cells. E 500

57. Chlorophyll does this to green light, which causes some plants to appear green. F 100

58. What is reflects? F 100

59. A collection of pigments & other molecules made up of Chlorophyll a and accessory pigments. F 200

60. What are photosystems? F 200

61. This is a quantum or particle of light. F 300

62. What is a photon? F 300

63. Molecules produced during the light reactions to power the Calvin cycle. F 400

64. What are ATP and NADPH? F 400

65. This is the enzyme that produces ATPs. It is found in the thylakoid membrane as well as the mitochondrion’s inner membrane. (Ends in - ASE F 500

66. What is ATP Synthase? F 500

67. The Final Jeopardy Category is: Krebs Cycle Please record your wager. Click on screen to begin

68. This is the name of the scientist who stated that sunlight must be present in order for plants to produce oxygen. Click on screen to continue

69. Who is Jan Ingenhousz? Click on screen to continue

70. Thank You for Playing Jeopardy! Game Designed By C. Harr-MAIT