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Cellular Respiration

Cellular Respiration. The breakdown of glucose into ATP. Mitochondria & Cellular Respiration. Mitochondria & Cellular Respiration. Found in Both Plants & Animals. Mitochondria & Cellular Respiration. Found in Both Plants & Animals. Breaks down GLUCOSE into ENERGY.

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Cellular Respiration

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  1. Cellular Respiration • The breakdown of glucose into ATP

  2. Mitochondria & Cellular Respiration

  3. Mitochondria & Cellular Respiration Found in Both Plants & Animals

  4. Mitochondria & Cellular Respiration Found in Both Plants & Animals Breaks down GLUCOSE into ENERGY

  5. Mitochondria & Cellular Respiration Found in Both Plants & Animals Chemical formula is the same as photosynthesis but in reverse Breaks down GLUCOSE into ENERGY

  6. Cellular Respiration

  7. Cellular Respiration Foldable Create a pyramid foldable this will go on page 49 Use the foldable to complete your notes

  8. Glycolysis • Happens in the cytoplasm (cytosol) of the cell • We put in 2 ATP to start the process • We make 4 ATP and break the glucose down into 2 molecules of pyruvate Since we paid 2 ATP up front to start the process we only Gained 2 ATP • From glycolysis we get • 2 ATP • 2 pyruvate • 2 NADH (goes to ETC) Pyruvate now travels to the mitochondria

  9. The Krebs Cycle / Citric Acid Cycle • Occurs inside the mitochondria • Is an aerobic process, NEEDS OXYGEN to work • Breaks down the pyruvate into acetyl-CoA • Net yield of 2 ATP • Net yield of 6 NAHD & 2 FADH2 (this will help run the next process) • Releases Carbon dioxide as waste

  10. Electron Transport Chain • Final stage of Cellular Respiration • Takes place in the mitochondria • Electrons are released from NADH & FADH2 as they pass through the inner mitochondrial membrane, as they go through electrons give up energy to create 28-32 ATP • Hydrogen is also combined with Oxygen to form water

  11. Net Yield of each process

  12. Page 50 • Fill out the Photosynthesis Cellular Respiration Chart

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