Describe how the complete oxidation of 1 mole of glucose can generate 32 ATPs.

Describe how the complete oxidation of 1 mole of glucose can generate 32 ATPs. You should include i) products of anaerobic glycolysis with numbers, ii) products of Krebs cycles with numbers, and iii) process of ATP synthesis by electron transport chain via NADH/FADH and H+ ions (20pts). 2. Describe how your biceps muscle contracts IN SERIES AT CELLULAR & MYOFIBER LEVELS when you move a cup of coffee from a table to your mouth to drink it. You should include the following concepts: – How resting membrane potential is negatively charged in the cell – Depolarization and repolarization of the cells – How neural signal (a motor neuron) is sending to skeletal muscular cells – Include the roles of T-tubule, SR, Calcium ions, thick/think filaments, cross bridge, power stroke, ATP in muscle contraction (20pts).

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