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Chapter 9 Cellular Respiration: Harvesting Chemical Energy

Explore the process of cellular respiration, including its purpose, location, requirements, and products. Understand oxidation-reduction reactions, phosphorylation, and the different phases of cell respiration. Learn about glycolysis, the Krebs cycle, the electron transport chain, chemiosmotic hypothesis, and alcoholic fermentation.

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Chapter 9 Cellular Respiration: Harvesting Chemical Energy

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  1. Chapter 9 Cellular Respiration: Harvesting Chemical Energy

  2. Rs - Equation

  3. Respiration - Preview

  4. Focus of Chapter 1. Purpose - what is the reaction suppose to do? 2. Location - where is it at? 3. Requirements - what is needed to make it run? 4. Products - what does it produce?

  5. Oxidation

  6. Reduction

  7. Xe- + Y  X + Ye-

  8. C4H6O5 + NAD+ C4H4O5 + NADH + H+

  9. C6H12O6 + 6O26CO2 + 6H2O + Energy

  10. Redox reactions

  11. Redox reactions

  12. Phosphorylation

  13. Phosphorylation

  14. Cell Respiration - parts

  15. Glycolysis

  16. Glycolysis

  17. Electron Carrier Compounds

  18. NAD

  19. Glycolysis -Requirements

  20. Glycolysis - Products

  21. Net Result

  22. Energy Investment Phase

  23. Energy Harvest Phase

  24. Krebs Cycle

  25. Krebs Cycle

  26. Formation of Acetyl CoA

  27. Krebs Cycle -Requirements

  28. Krebs Cycle - Products

  29. Krebs Cycle

  30. Comment

  31. Electron Transport Chain

  32. ETC

  33. ETC

  34. ETC - Requirements

  35. ETC - Products

  36. ETC - ATP Yields

  37. Chemiosmotic Hypothesis

  38. ATP Synthase

  39. Alcoholic Fermentation

  40. Alcoholic Fermentation

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