When one molecule of glucose is completely oxidized during aerobic respiration, how many molecules of carbon dioxide are released due to tricarboxylic acid cycle?

Question

When one molecule of glucose is completely oxidized during aerobic respiration, how many molecules of carbon dioxide are released due to tricarboxylic acid cycle? (A) One (B) Two (C) Three (D) Four

Tardigrade Admin · Accepted Answer

Six CO2 molecules are released by complete oxidation of one glucose molecule. Two CO2 molecules are released during oxidative decarboxylation reaction and four CO2 molecules are released in Krebs cycle or tricarboxylic cycle.

Q. When one molecule of glucose is completely oxidized during aerobic respiration, how many molecules of carbon dioxide are released due to tricarboxylic acid cycle?

One

Two

Three

Four

Six $C O_{2}$ molecules are released by complete oxidation of one glucose molecule. Two $C O_{2}$ molecules are released during oxidative decarboxylation reaction and four $C O_{2}$ molecules are released in Krebs cycle or tricarboxylic cycle.

Q. When one molecule of glucose is completely oxidized during aerobic respiration, how many molecules of carbon dioxide are released due to tricarboxylic acid cycle?

One

Two

Three

Four

Six CO2​ molecules are released by complete oxidation of one glucose molecule. Two CO2​ molecules are released during oxidative decarboxylation reaction and four CO2​ molecules are released in Krebs cycle or tricarboxylic cycle.

Six $C O_{2}$ molecules are released by complete oxidation of one glucose molecule. Two $C O_{2}$ molecules are released during oxidative decarboxylation reaction and four $C O_{2}$ molecules are released in Krebs cycle or tricarboxylic cycle.