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Cellular Respiration, 2 Adenosine Triphosphate, 2 Adensine Triphosphate,…

- - - - The low hydrogen ion concentration in the mitochondrial matrix causes the hydrogen ions from the high hydrogen ion concentration to pass through the membrane of the matrix through ATP Synthase, a process called chemiosmosis. This converts potential energy in ATP Synthase into kinetic energy and then work. This work binds an inorganic phosphate group to adenosine diphosphate making ATP, a process called oxidative phosphorylation.
        
        Overall,
        One NADH molecule corresponds to three hydrogen protons leaving the matrix which corresponds to three molecules of ATP being made by ATP Synthase.
        One FADH2 molecule corresponds to two hydrogen protons leaving the matrix which coorespods to two ATP molecules.
        In aggregate there are 36 molecules of ATP made in aerobic respiration(from Pyruvate Oxidation, The Krebs Cycle, and The Electron Chain Transport) and 2 molecules of ATP made from anaerobic respiration(glycolysis)
- - - - Krebs Cycle
        
        Acytel Co. A enters the Krebs Cycle. In the process it disassociates with Coenzyme A, the resulting carbon molecule receives 3 NAD+ and 1 FAD. It then spits out 3 molecules of NADH, 1 molecule of FADH2 and 2 molecules of CO2. Lastly 1 molecule of ATP is made. This occurs a second time with the second Pyruvate molecule.
- - - - Glyceraldehyde 3-Phosphate
        
        Pyruvate
      - Glyceraldehyde 3- phosphate
        
        Pyruvate