Chromatids are separated from each other. A) The statement is true for mitosis only. B) The statement is true for meiosis I only. C) The statement is true for meiosis II only. D) The statement is true for mitosis and meiosis I. E) The statement is true for mitosis and meiosis II

The correct answer to the question is option E

THE STATEMENT IS TRUE FOR MITOSIS AND MEOSIS II

In mitosis and meosis II,chromatids are seperated from each other.

Explanation: During the metaphase,chromosomes are attached to spindle fibres and they move to the centre of the cell while the CHROMATIDS(duplicated chromosomes known as sister chromatids) are pulled apart to the opposite poles of the cell.seperate into two daughter nuclei and the cells divide into two daughter cells each with a full copy of DNA.

In Meiosis II, The two cells produced in meiosis I go through the events of meiosis II in synchrony. During meiosis II, the sister chromatids within the two daughter cells separate, forming four new haploid gametes.Therefore, each cell has half the number of sister chromatids to separate out as a diploid cell undergoing mitosis.

Mitosis is a cell division of the nucleus for the main purpose of repair, growth and production of new somatic cells.the cells produces by mitosis are considered as diploid cells because they have a paired set of chromosomes.

While meosis is cell division of the nucleus creating 4 haploid gamete cells from a diploid cell.

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image result for describe the various types of gene mutationsghr.nlm.nih.gov

the types of mutations include: missense mutation: this type of mutation is a change in one dna base pair that results in the substitution of one amino acid for another in the protein made by a gene. nonsense mutation: a nonsense mutation is also a change in one dna base pair.

explanation: