Question

what is mitosis and meiosis​

Answer 1

• Answer:

Meiosis

Meiosis is a type of cell division that results in the formation of four daughter cells each with half the number of chromosomes as the parent cell.

Mitosis

Mitosis is the type of cell division that results in the formation of two daughter cells each with the same number and kind of chromosomes as the parent cell.

Answer 2

Significance of Meiosis:

Significance of Meiosis: 1. Formation of Gametes-

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction.

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis,

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote.

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored.

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored. 3. Introduction of variation-

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored. 3. Introduction of variation- New combinations of genetic

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored. 3. Introduction of variation- New combinations of genetic material takes place during

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored. 3. Introduction of variation- New combinations of genetic material takes place during crossing over. This brings about

Significance of Meiosis: 1. Formation of Gametes- Meiosis produces gametes which take part in Sexual reproduction. 2. Maintenance of Chromosome number- During sexual reproduction, the haploid gametes resulting from meiosis, unite to form Diploid Zygote. Thus the chromosome number is restored. 3. Introduction of variation- New combinations of genetic material takes place during crossing over. This brings about variations in the Offspring.