What is the ratio of ATP produced for one glucose molecule in anaerobic respiration and aerobic respiration?

2:38

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2:19

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1:5

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5:1

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Solution

The correct option is D 2:38
The ATP molecule released in an anaerobic respiration=2
The ATP molecule released in aerobic respiration=38
So the ratio is 2:38 or 2/38= 1:19.
So the correct option is ' 2:38.

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Similar questions

During the respiration of an organism A, 1 molecule of glucose produces 2 ATP molecules whereas, in the respiration of another organism B, 1 molecule of glucose produces 38 ATP molecules.
(a) Which organism is undergoing aerobic respiration?
(b) Which organism is undergoing anaerobic respiration?
(c) Which type of organism, A or B, can convert glucose into alcohol?
(d) Name one organism which behaves like A.
(e) Name two organisms which behave like B.

Q. When one glucose molecule undergoes one turn of aerobic respiration, 38 ATP molecules are produced. Cellular respiration takes partly in the cytoplasm and partly in mitochondria. During the process, some ATP molecules are produced in the cytoplasm, some in the mitochondrial matrix and some in the oxysomes on cristae. Maximum number of these ATP molecules is produced in

Q. How many ATP molecules are produced during aerobic respiration of one molecule of glucose?

Q. In yeast during anaerobic respiration, how many glucose molecules are required for production of 38 ATP molecules?

Anaerobic respiration produces ___ ATP molecules per glucose.

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What is the ratio of ATP produced for one glucose molecule in anaerobic respiration and aerobic respiration?

The correct option is D 2:38The ATP molecule released in an anaerobic respiration=2The ATP molecule released in aerobic respiration=38So the ratio is 2:38 or 2/38= 1:19.So the correct option is ' 2:38.

The correct option is D 2:38
The ATP molecule released in an anaerobic respiration=2
The ATP molecule released in aerobic respiration=38
So the ratio is 2:38 or 2/38= 1:19.
So the correct option is ' 2:38.