The correct answer is option C, that is, ATP.
Glycolysis refers to the dissociation of sugar, generally the glucose into more convenient components in order to generate energy. The net end components of glycolysis are two NADH, two pyruvate, and two molecules of ATP.
The cells going through the procedure of aerobic respiration generate six molecules of carbon dioxide, six molecules of water, and up to 30 molecules of ATP, which is directly used to generate energy, from each molecule of glucose in the existence of enough oxygen.
Thus, the by-product of both the procedures is ATP.
ATP is produced as a by-product of both glycolysis and aerobic respiration.
Further Explanation:
The accurate meaning of glycolysis is "splitting sugars." It is the process of producing energy through the breakdown of glucose. In the glycolysis process, a six-carbon sugar mainly called glucose is breakdown into two molecules of the pyruvate which are three-carbon sugars. This multiple step process produces ATP, NADH, and pyruvate. So, glycolysis is the process of the formation of pyruvate molecules from glucose with the help of many enzymes.
Glycolysis refers to the dissociation of sugar, generally the glucose into more convenient components to generate energy. The net end components of glycolysis are two NADH, two pyruvate, and two molecules of ATP. The cells going through the procedure of aerobic respiration generate water, carbon dioxide and around 30 molecules of ATP. These molecules are used directly to make energy. Thus, the by-product of both procedures is ATP.
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Answer Details:
Grade: High School
Subject: Biology
Topic: Glycolysis
Keywords:
ATP, glycolysis, energy, molecule, aerobic respiration, component, NADH, pyruvate, enzyme, sugar, breakdown, procedure, multistep.
