1. Jeopardy Cellular Respiration and Photosynthesis

2. More RESP PhotosynthesisPhotosynthesis More Photo RespirationRespiration 100 300 400 500 200 FJ Stop 100 300 400 500 200 100 300 400 500 200 100 300 400 500 200Jeopardy

3. 100r The equation for Cellular Respiration. Jeopardy

4. Answer 100r C 6 H 12 O 6 + 60 2  36ATP + 6CO 2 + 6H 2 O Jeopardy

5. 200r The final electron acceptor in Cellular Respiration. Jeopardy

6. Answer 200r What is Oxygen? Jeopardy

7. 300r The three phases of cellular respiration. Jeopardy

8. Jeopardy Answer 300r What is glycolysis, Citric Acid/Krebs cycle, and Electron transport chain?

9. 400r Substrate-level phosphorylation occurs during which step(s) of cellular respiration? Jeopardy

10. Answer 400r What is glycolysis and Krebs cycle? Jeopardy

11. 500r NAD+ is reduced/oxidized in glycolysis and the Kreb’s cycle. This increases/reduces its chemical energy. Jeopardy

12. Answer 500r What is REDUCED and INCREASES? Jeopardy

13. 100b The enzyme that makes ATP (also does this for photosynthesis) Jeopardy

14. Answer 100b What is ATP Synthase Jeopardy

15. 200b The destination of pyruvates made in glycolysis if oxygen is not present. (what process occurs) Jeopardy

16. Answer 200b What is fermentation? Jeopardy

17. 300b TRUE OR FALSE During glycolysis, when glucose is broken down into pyruvate, all of the energy is transferred to ATP. Jeopardy

18. Answer 300b FALSE- Only 2 ATP are made. The energy is retained in the pyruvate and extracted in the Krebs cycle then turned into ATP in the ETC. Jeopardy

19. 400b Pumping hydrogen ions from the mitochondrial matrix across the inner membrane creates a ______ gradient. Jeopardy

20. Answer 400b What is proton? Jeopardy

21. 500b Amount of ATP made in each of the stages: glycolysis, Transition, Kreb’s cycle assuming NADH goes straight to the ECT (not to FADH 2 ). Include the overall total after substrative and oxidative phosphorylation. Jeopardy

22. Glycolysis: 2 ATP + 2 NADH (6 ATP) = 8 ATP Transition: 2 NADH = 6 ATP Krebs: 2 ATP + 6 NADH (18 ATP) + 2 FADH2 (4 ATP) = 24 ATP TOTAL OF 38 ATP Jeopardy Answer 500b

23. 100g The equation for Photosynthesis. Jeopardy

24. Answer 100g ATP + 6CO 2 + 6H 2 O  C 6 H 12 O 6 + 60 2 Jeopardy

25. 200g The number of electron transport chains in photosynthesis. Jeopardy

26. Answer 200g What is 2? Jeopardy

27. 300g Where do the light reactions occur in photosynthesis? Jeopardy

28. Answer 300g What is the thylakoid membrane? Jeopardy

29. 400g Chloroplast structure: A stack of __________ makes up a granum. Jeopardy

30. Answer 400g What is thylakoids? Jeopardy

31. 500g In the light reaction, this form of energy and this electron carrier are created. Jeopardy

32. Jeopardy Answer 500g What is ATP and NADPH?

33. 100v Two stages of photosynthesis. Jeopardy

34. Answer 100v What are light reactions and Calvin cycle? Jeopardy

35. 200v Type of plants that open stomata at night and close during the day to conserve water. Jeopardy

36. Answer 200v What are CAM (and C4) plants? Jeopardy

37. 300v Without this protein, photosynthesis would not occur. It is also the MOST ABUNDANT PROTEIN ON THE PLANET. Jeopardy

38. Answer 300v What is RUBISCO? Jeopardy

39. 400v Machine that measures absorption and transmittance of light wavelengths. Jeopardy

40. Answer 400v What is a spectrophotometer? Jeopardy

41. 500v Explain how bloody chlorophyll demonstration works. Jeopardy

42. Answer 500v Photon of light hit the chlorophyll molecule and excited an e-. Since it had been removed from the membrane, the e- had no where to go (no e- carriers or e- trans. chain). Therefore it dropped back down to a lower energy state releasing heat and energy which fluoresced. Jeopardy

43. Final Jeopardy Category Jeopardy

44. Final Jeopardy Question Jeopardy

45. Final Jeopardy Answer Jeopardy