Answer: Glycolysis begins with a single six- carbon ring-shaped molecules and with two molecules of three carbon sugar called pyruvic acid or pyruvate.
Explanation: Glycolysis is the process of breaking glucose down to released energy in the body system. Glucose is a six carbon sugar and it is broken down to pyruvate, which is two molecules of three carbon sugar. Glycolysis can take place both in the presence of oxygen and also in the absent of oxygen. Glycolysis takes place in the cytoplasm of the cell. Glycolysis produces two new net of ATP molecules.
Answer:
Glycolysis begins with a single -6-carbon sugar(glucose) molecule and ends with 2-molecules of three carbon sugar Pyruvate.
Sugar is usually the main fuel of this endergonic process, which takes place in cytoplasms of cells with or without Oxygen.
It is made up of 10steps, which starts with the phosphorylation of glucose and ends with formation of pyruvate. The process involved the addition of ATPs , and therefore it is endergonic
The ultimate aim of the process is to produce 4ATPs, fro the cells ,and reduced NADH, for the subsequent stages of cellular respiration.
Glucose is high energy stable compound. Therefore in order to trap the ATPs contained, it must be phosphorylated with in-organic phosphate to 6-C fructose biphosphate. This reaction involves ATPs input.
The latter will be converted to another 2 molecules of 3- carbon compound triophosphate, with eventual conversion to final 2-molecules of 3-carbon compound Pyruvate.
Explanation:
