Answer:
Generally, it is always difficult, requiring a large amount of energy to extract electrons from a 2C compound like acetyl CoA, because they are held closer to the nucleus. <u>Therefore C02 production is difficult</u>.<u> However, in compounds with more than 2C atoms it is easier because the attractive forces of the nucleus on the electrons are reduced, and removal of electrons for C02 production will be easy.
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Therefore,<u> it is logical to add 2C acetyl CoA to 4C oxaloacetate to form 6C-Citrate, and electrons extracted for C02 molecules liberation as 6C-succinate is converted to 5C-alpha-ketoglutaric and when the latter compound is converted to 4C-succinate</u>. These are many Carbon compounds with easy electrons loss for the liberation of C02 in sequence.
<u>The above steps will be easier than the direct oxidation of 2C acetyl CoA to liberate two molecules of C02</u>.
Explanation:
From what I know, Its simply an outside force that kills an unsuspecting population, so do with that as you will, im only a highschool fetus
Yup! Just add all the zeros you see in the sequence 1000+1000. There are 6 total zeros so put write 6 zeroes and put a one in front (1000000)
<span> "The process of ocean acidification is surprisingly simple. Carbon dioxide from the burning of fossil fuels accumulates in the atmosphere where it causes global warming. But it also affects the oceans. As carbon dioxide enters the ocean it reacts with sea water to form carbonic acid!"</span>
Nutrients the process is called photosynthesis
