Mistaken: How do aerobic and anaerobic respiration differ
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How do aerobic and anaerobic respiration differ | 2 days ago · Anerobic Respiration? 1. Snip a picture of the T-table comparing Aerobic and Anaerobic (with the highlights that he does) 1. PAUSE: Answer this question - What is the word equation for aerobic respiration in plants? Glucose + Oxygen Carbon dioxide + water 1. Did you get the right answer? Why or why not? Yes, I think it’s the same when it came to aerobic respiration. 18 hours ago · While studying respiration, I came across a line in one book that anaerobic respiration is different from fermentation in the fact that the final electron acceptor in the electron transport chain in case of anaerobic respiration is any inorganic molecule other than oxygen wheres in case of fermentation it is an organic molecule. Then again it is written that since anaerobic respiration. 16 hours ago · Anaerobic, which does not require oxygen but releases much less energy per mole of starting material. Aerobic respiration may be represented by the general equation C6H12O6 + 6O2 --> 6CO2 + 6H2O About kJ mol-1 of energy is released. Burning glucose in air would release this amount of energy in one go. However, it is not as simple as this in aerobic respiration. |
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How do aerobic and anaerobic respiration differ Video
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While studying respiration, I came across a line in one book that anaerobic respiration is different from fermentation https://digitales.com.au/blog/wp-content/custom/a-simple-barcoding-system-has-changed-inventory/swot-analysis-panera-bread.php the fact that the final electron acceptor in the electron transport chain in case of anaerobic respiration is any inorganic molecule other than oxygen wheres in case of fermentation it is an organic molecule.
Then again it is written that since anaerobic respiration involves incomplete oxidation of glucose so the amount of energy released is way less than that released in case of aerobic respiration.
In the following article it is mentioned that anaerobic respiration proceeds in a similar manner like aerobic respiration i. If that is indeed the case, then why does anaerobic respiration give off less energy than aerobic respiration when the only difference is in the nature of the final electron acceptor? The fundamental answer is that the energy released transferring electrons to other elements is less than the energy released transferring electrons to O2. Since not as much energy can be released here, not as many ATP molecules can be produced.
The electron transport chain is structured just a little differently reducing the numbers of protons pumped per pair of electrons from NADH and so less ATP can be produced. Answer Save.
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