Electron transport chain establishes proton gradient 4co,that is used 6o, Answer

Question

Electron transport chain establishes proton gradient 4co,that is used 6o, Answer the questions below regarding the diagram shown above. 34. What overall process is shown? a aerobic glucose anabolism e aerobic glucose catabolism b. anaerobic glucose anabolism d. anaerobic glucose catabolism Word Bank for Q36-39 a. Fermentation b. Glycolysis c. Krebs Cycle d. Pyruvate Oxidation e. Oxidative 35. Does this process make energy, use energy, or both? a. Makes energy. b. Uses energy. eBoth Use the Word Bank on the right to answer the following 4 questions 38. Indicate the 39. Indicate the Use the Number Bank 40. Mclesade E (in stage A) is: on the right to answer the questions regarding the number of molecules produced. a NADH b. NAD+c acetyl-cOA d. pyruvateCO 1 How many (NET) of Moslecule.E isjare generated (in stage A) from one molecule of glucose? 49.31.52 DH b, NAD* eacetylooA d.pyruvato 0. ??, b. 2 43. How many (NET) of Mailecule G is/are generated (in stage A) from one molecule of glucose?4 44 Melecule H (in stage B) is 45. How many (NET) of Moleuile H isjare generated (in stage B) from one molecule of glucose? 46. Moleculein stage B/C) is a. FADH d pyruvate Co How mary (NET) ofMaieade1??1are generated (in stage B) from one molecule ofglucose? 48. Molecule K (in stage C) is a ATP b.co, ?.NAD. d. pyruvate e. acetyl-coA 49. How many (NET) of Mc s/are generated (in stage C) from one of glucose? 5o. Ir Maleade (in stage is NADH, how many (NET) are produced in Stage C from one molecule of glucose? 51. Moleadle N (in stage D) a ATP c. NAD+ d. pyruvate a 2. How many (NET) of M generated (in stage Dj from one molecule of glucose?

Explanation / Answer

34- option C -aerobic glucose catabolism

35 - Option A- Makes energy.

36- option B- glycolysis.

37- option D- pyruvate oxidation

38 - option C- Kreb's cycle

39- Option e - oxidative phosphorylation.

40- A - NADH

41- 2 molecules of NADH

42 - D- pyruvate

43- Two molecules of pyruvate

44- E- CO2

45 - one molecule of CO2

46 - C- Acetyl Co-A

47- Two molecules of Acetyl Co-A

48 - A- ATP

49- Two net molecules of ATP from one glucose molecule

50 - Six molecules of NADH

51 - a -ATP

52 - 26 molecules

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