What is the difference between aerobic respiration and fermentation? Ofermentation only occurs in bacteria and archaea; aerobic respiration takes place in all living eukaryotic cells and some bacteria and archaea as well O aerobic respiration results in ethanol as a byproduct; fermentation results in lactic acid as a byproduct O aerobic respiration results in a full breakdown of glucose giving about 32 ATP; fermentation is only a partial breakdown of glucose giving about 2 ATP None of these describe the difference between aerobic respiration and fermentation.
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Step 1: Aerobic respiration requires oxygen, while fermentation does not. Show more…
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What is one way in which fermentation and cellular respiration differ? Fermentation is an anabolic pathway because it creates alcohols and acids as byproducts, whereas cellular respiration is catabolic because it breaks down sugar completely. Pyruvate is the only byproduct of glycolysis during cellular respiration. Fermentation does not utilize pyruvate. NAD+ is only reduced to NADH during cellular respiration but not during fermentation. NADH only donates an electron to the electron transport chain during cellular respiration but not during fermentation. ATP is generated via substrate-level phosphorylation during fermentation only, while cellular respiration generates ATP via oxidative phosphorylation only.
Adi S.
Which of the following not difference between aerobic cellular respiration and fermentation? 02 is the final lectron acceptor in aerobic cellular respiration but not in fermentation The fina electron acceptor NADH in respiration and _ 3-C molecule in fermentation NADH is oxidized back to NAD+ at the end of fermentation but not in aerobic respiration Aerobic respiration uses glycolysis to make ATP but fermentation does not:
Which of the following are true about anaerobic respiration, aerobic respiration, and fermentation? Group of answer choices Only aerobic respiration and fermentation use substrate phosphorylation in order to produce ATP. ATP is generated through photophosphorylation only in aerobic respiration. The pyruvate oxidation process in anaerobic respiration is the same as the pyruvate oxidation process in aerobic respiration. The Kreb cycle occurs in all three processes. Fermentation and anaerobic respiration generate the same amount of ATP in glycolysis. Under certain conditions, human muscle cells can switch from aerobic respiration to fermentation. In all three pathways, NADP is used to accept electrons from food during glycolysis. The electron transport chain in fermentation is much shorter than the electron transport chain in aerobic respiration. Anaerobic respiration and aerobic respiration harvest more energy from sugar than fermentation. The only difference between the processes of anaerobic respiration and aerobic respiration is the final electron acceptor.
Md.Daniyal A.
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