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DESCRIBE THE PRODUCTS FORMED FROM ONE MOLECULE OF GLUCOSE AT THE CONCLUSION OF GLYCOLYSIS, KREB’S CYCLE,...

DESCRIBE THE PRODUCTS FORMED FROM ONE MOLECULE OF GLUCOSE AT THE CONCLUSION OF GLYCOLYSIS, KREB’S CYCLE, AND THE ELECTRON TRANSPORT CHAIN. INCLUDE THE NUMBER OF ATP’S PRODUCED IN EACH OF THE FORMENTIONED. TYPE ANSWER IN PARAGRAPH FORM

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Answer #1

* GLYCOLYSIS - One molecule of glucose - 6 Carbon compound at the conclusion of the glycolysis, its formed into 2 molecules Pyruvic acid ( 3 Carbon compounds). The total number of ATPs produced in glycolysis is 2 (ATP) Adenosine TriPhosphate.

* KERBS CYCLE - The 3 C pyruvate is converted to Coenzyme A called acetyl CoA via the process of pyruvate oxidation. The kerbs cycle starts with the combination of Oxaloaceticacid and acetic acid and the end product of this cycle is Oxaloaceticacid. The ATP produces is 2 ATP.

* Electron Transport Chain -The end products of ETC are water and ATP. This stage converts NADH into ATP where maximum amount of ATP is produced here 34 ATP's

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