Extra Credit Class number Chapter 6 (do not forget to answer the question at the
ID: 215701 • Letter: E
Question
Extra Credit Class number Chapter 6 (do not forget to answer the question at the bottom of the page) Cellular RespirationFermentation Where does each take place Glycolysis in a eukaryotic cell? Fermentation: Citric Acid Cycle Starting Materials (what goes in to each step) Glycolysis: Fermentation: Citric Acid Cycle ETC: End Products (what comes Glycolysis: out of each step- Do Not Include ATP here) Alcohol fermentation Citric Acid Cycle: ETC: Glycolysis Citric Acid Cycle ETC (approximately): Lactic Acid Fermentation Number of net ATP produced Fermentation: Glycolysis: Citric Acid Cycle: ETC: Fermentation: How is the ATP synthesized? (what method of phosphorylation) Glycolysis: Fermentation: Number and type of electron carriers (reducing power) produced The final electron acceptor Citric Acid Cycle Fermentation Aerobic Respiration: Fermentation: Aerobic Respiration: Is glucose completely oxidized?(Yes or No) Fermentation: Is the electron transport Aerobic Respiration: system utilized? (Yes or No) What is the "pick up" molecule for the Citric Acid Cycle? What is it important that this be regenerated with each turn of the cycle?Explanation / Answer
1) Glycolysis and fermentation take place in the cytoplasm while the citric acid cycle and ETC occurs in the mitochondria.
2) The starting material for
Glycolysis is glucose and 2ATP
Citric acid cycle is 2Acetyl CoA
ETC are NADH and FADH2
Alcoholic Fermentation is 2 NADH, 2 pyruvate and for Lactic acid fermentation is NADH
3) End product:
Glycolysis-2 Pyruvate, 2 NADH
Citric acid cycle- FADH2, 3 NADH
ETC - water
Alcoholic Fermentation - ethanol, co2
Lactic acid fermentation - NAD+
4) Number of net ATP produced:
Glycolysis: 2 ATP
Citric acid cycle: 2 ATP
ETC: 32 ATP from complete oxidation of 1 molecule of glucose
Fermentation: 2 ATP
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