In `G_(2)`-phase, DNA content is

Assertion: DNA synthesis occurs in G_(1) and G_(2) periods of cell cycle. Reason: During G_(1) and G_(2) phase the DNA contents become double.

Assertion: DNA synthesis occurs in G_(1) and G_(2) periods of cell cycle. Reason: During G_(1) and G_(2) phase the DNA contents become double.

Assertion: DNA synthesis occurs in G_(1) and G_(2) periods of cell cycle. Reason: During G_(1) and G_(2) phase the DNA contents become double.

Assertion: DNA synthesis occurs in G_(1) and G_(2) periods of cell cycle. Reason: During G_(1) and G_(2) phase the DNA contents become double.

What is not true about cell cycle ? a. During G_(1) phase there is active synthesis of RNA and proteins but no change in its DNA content b. In synthesis or S phases, each chromosome carriers a duplicate set of genes c. During G_(2) phase, a cell contains double the amount ($C) of DNA present in the original diploid cell (2C) d. In S-phase a cell doubles the original diploid (2n) chromosome number

What is not true about cell cycle ? a. During G_(1) phase there is active synthesis of RNA and proteins but no change in its DNA content b. In synthesis or S phases, each chromosome carriers a duplicate set of genes c. During G_(2) phase, a cell contains double the amount (C) of DNA present in the original diploid cell (2n) d. In S-phase a cell doubles the original diploid (2n) chromosome number

In the DNA content of a cell is 2C after M phase what will be the DNA content of the cell at G_(1) , after S and at G_(2)

Base ratio of a DNA is 0.03 and the amount of A-TN_(2) base contents is 30000, then what is the amount of G-C,N_(2) base contents in this DNA?

In quiescent zone, DNA content is -