Assertion Glycolysis begins in cytoplasm and yields two molecules of pyruvate. Reason During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules.

Question

Assertion Glycolysis begins in cytoplasm and yields two molecules of pyruvate. Reason During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules. (A) extinction of these species from other regions (B) continental separation (C) absence of terrestrial route to these places (D) retrogressive evolution

Tardigrade Admin · Accepted Answer

Glycolysis is the oxidation of glucose to pyruvate. One glucose molecule (six carbon atoms) is broken down into two molecules of pyruvate (three carbon atoms). It occurs in cytoplasm. During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules.

Q. Assertion Glycolysis begins in cytoplasm and yields two molecules of pyruvate. Reason During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules.

extinction of these species from other regions

continental separation

absence of terrestrial route to these places

retrogressive evolution

Glycolysis is the oxidation of glucose to pyruvate. One glucose molecule (six carbon atoms) is broken down into two molecules of pyruvate (three carbon atoms). It occurs in cytoplasm. During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules.

Q. Assertion Glycolysis begins in cytoplasm and yields two molecules of pyruvate.
Reason During glycolysis, four ATP molecules are produced and net yield is only two ATP molecules.