3. PREP REACTION (a) Name the carbon molecule that enters the Prep Reaction (b) Name both carbon molecules that are form

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3 Prep Reaction A Name The Carbon Molecule That Enters The Prep Reaction B Name Both Carbon Molecules That Are Form 1 (39.11 KiB) Viewed 9 times

3 Prep Reaction A Name The Carbon Molecule That Enters The Prep Reaction B Name Both Carbon Molecules That Are Form 2 (81.25 KiB) Viewed 9 times

3. PREP REACTION (a) Name the carbon molecule that enters the Prep Reaction (b) Name both carbon molecules that are formed during the Prep Reaction (c) The # of ATP formed during ONE reaction (d) The # of oxidations (NADH/FADH2) during ONE reaction. (e) # of times the Prep Reaction happens. 4. CITRIC ACID CYCLE (a) Name the carbon molecule that enters the cycle (b) Name the carbon molecule it combines with to start the cycle. (c) The carbons ultimately leave the cycle as molecules of Z
Name (d) The # of ATP formed during ONE turn of the cycle. (e) The # of oxidations (NADH/FADH) during ONE turn of the cycle (f) How many turns does the cycle run? 5. ELECTRON TRANSPORT CHAIN (a) Which two molecules carry hydrogen to the ETC? (b) What are the two purposes of taking hydrogen to the Electron Transport Chain? (c) After hydrogen is delivered to the ETC, it is split into 2 things which go separate ways. What are these two things & where do they go? (d) What is the purpose of a final electron acceptor in the Electron Transport Chain? (Be specific) 0.5 pt. (e) What molecule serves as the final electron acceptor? (f) What molecule is formed after the final electron acceptor does its job (ie, what is the ending molecule of ETC ? 6. CHEMIOSMOSIS (a) Explain how the H+ gradient forms. (0.5 pt.) (b) Explain how ATP synthase uses the H+ gradient to generate energy. (0.5 pt.) (c) For every NADH that gives H to the ETC, which molecule and how many will be produced? (d) For every FADH2 that gives H to the ETC, which molecule and how many will be produced? 7. TOTAL ATP (a) Net total ATP directly from Glycolysis 11 € Where it goes: 111. iv. Where it goes: