Question

7. Using a single line (I) to represent a chromosome and two crossed lines (x) to represent two sister chromatids joined together into a single chromosome, diagram the arrangement of your experimental chromosomes through the process of meiosis. Interphase Prophase through telophasel Melosis daughter cells and Melosisi Melosis #1 daughter cells

Answer 1

Answer 7)

I have taken two chromosome which are homologous to each other.

Please look in the image for solution:

7. Using a single line (I) to represent a chromosome and two crossed lines (x) to represent two sister chromatids joined together into a single chromosome, diagram the arrangement of your experimental chromosomes through the process of meiosis. Interphase Prophase through telophasel Melosis daughter cells and Melosis in OOR Melosis #1 daughter cells

Answer 8)

The answers are related to meiosis 1:

a)Single chromosome is fojnd in each daughtet cells.

B)These number represents the haploid content of the cell.

C)Maternal and paternal chromosome are separated in the daughter cells in the process of Meiosis 1.

D) The two daughter cells are not genetically identical to eaxh other. Because one cell contains the paternal chromosome whereas other cell has maternal chromosome.

---

​​​​​​Answer 9)

The questions are related to meiosis 2:

A) There are single allele in each daughter cell in meiosis 2. Because there is found single chromatid in the daughter cell.

B)The daughter cells are haploid because single set of chromosome is present.

C)No, the four daughter cells are not genetically identical to each other. Because meiosis leads to genetic variation in the daughter cell due to the presnce of crossing over and reductional division.

---

Answer 10)

The meiosis occurs in the spermatoginal cells of the testis in the male.

The meiosis occurs in the ovary in the female.

please rate high.