Which of the following statements is correct?

Question

Which of the following statements is correct? (A) Animals can show mitotic divisions in both haploid and diploid cells (B) After S phase the number of chromosomes becomes double i.e., 2n to 4n (C) During the G2 phase, proteins are synthesised in preparation for mitosis while cell growth continues (D) S or synthesis phase marks the period during which RNA synthesis takes place.

Tardigrade Admin · Accepted Answer

Animals can show mitotic divisions only in diploid cells. After S phase the number of chromosomes remains the same i.e., 2n. S or synthesis phase marks the period during which DNA synthesis takes place.

Q. Which of the following statements is correct?

Animals can show mitotic divisions in both haploid and diploid cells

After $S$ phase the number of chromosomes becomes double i.e., $2 n$ to $4 n$

During the $G_{2}$ phase, proteins are synthesised in preparation for mitosis while cell growth continues

$S$ or synthesis phase marks the period during which $RN A$ synthesis takes place.

Animals can show mitotic divisions only in diploid cells. After $S$ phase the number of chromosomes remains the same i.e., $2 n . S$ or synthesis phase marks the period during which $D N A$ synthesis takes place.

Q. Which of the following statements is correct?

Animals can show mitotic divisions in both haploid and diploid cells

After S phase the number of chromosomes becomes double i.e., 2n to 4n

During the G2​ phase, proteins are synthesised in preparation for mitosis while cell growth continues

S or synthesis phase marks the period during which RNA synthesis takes place.

Animals can show mitotic divisions only in diploid cells. After S phase the number of chromosomes remains the same i.e., 2n.S or synthesis phase marks the period during which DNA synthesis takes place.

After $S$ phase the number of chromosomes becomes double i.e., $2 n$ to $4 n$

During the $G_{2}$ phase, proteins are synthesised in preparation for mitosis while cell growth continues

$S$ or synthesis phase marks the period during which $RN A$ synthesis takes place.

Animals can show mitotic divisions only in diploid cells. After $S$ phase the number of chromosomes remains the same i.e., $2 n . S$ or synthesis phase marks the period during which $D N A$ synthesis takes place.