How does the number of chromosomes in each daughter cell compare to that in the original mother cell after meiosis?

Mitosis creates two identical daughter cells that each contain the same number of chromosomes as their parent cell. In contrast, meiosis gives rise to four unique daughter cells, each of which has half the number of chromosomes as the parent cell.

How does the number of chromosomes in the daughter cells compare to the number of chromosomes in the parent cell?

In mitosis, the daughter cells have the same number of chromosomes as the parent cell, while in meiosis, the daughter cells have half the number of chromosomes as the parent.

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How many chromosomes do the daughter cells have compared to the original?

At this point, nuclear division begins, and the parent cell is divided in half, forming 2 daughter cells. Each daughter cell will have half of the original 46 chromosomes, or 23 chromosomes.

How many chromosomes are in each daughter cell in meiosis?

Now there are two daughter cells, each with 23 chromosomes (23 pairs of chromatids). In each of the two daughter cells the chromosomes condense again into visible X-shaped structures that can be easily seen under a microscope.

How many chromosomes are in each daughter cell in mitosis?

Explanation: If a human cell undergoes mitosis its daughter cells will have 46.

How does the number of daughter cells produced by mitosis compare to the number of daughter cells produced by meiosis?

Cells divide and reproduce in two ways, mitosis and meiosis. Mitosis results in two identical daughter cells, whereas meiosis results in four sex cells.

How does the chromosome number of the daughter cells created compare to the chromosome number of the parent cell when the parent cell undergoes mitosis?

Each daughter cell contains one half of the chromatid pair, or DNA. Meiosis, however, involves two divisions that produce a total of four daughter cells. … Homologous pairs are separated, and the two resulting daughter cells have half as many chromosomes per cell.

How many chromosomes did each of your daughter cells contain?

At the end of mitosis, the two daughter cells will be exact copies of the original cell. Each daughter cell will have 30 chromosomes. At the end of meiosis II, each cell (i.e., gamete) would have half the original number of chromosomes, that is, 15 chromosomes.

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How does the number of chromosomes found in the two new daughter cells compare to the number of chromosomes found in the mother cell?

Mitosis creates two identical daughter cells that each contain the same number of chromosomes as their parent cell. In contrast, meiosis gives rise to four unique daughter cells, each of which has half the number of chromosomes as the parent cell.

How many chromosomes are in each daughter cell if a cell with a diploid number of 24 undergoes meiosis?

Meiosis

Question Answer
If a cell with a diploid number of 24 undergoes meiosis, how many chromosomes are in each daughter cell? 12
Crossing-over of sister chromatids occurs during which stage of meiosis? metaphase II
What occurs at chiasmata? crossing over
When are bivalents formed in meiosis? prophase 1

Why the parent cell and both daughter cells must have the same number of chromosomes?

This is because mitosis produces two daughter cells identical to the parent cell; so the number of chromosomes in the parent and daughter cells must be the same. Mitosis produces two diploid cells from one diploid cell. Thus, chromosome numbers must double before mitosis occurs.

How many daughter cells are found in each cell?

Each of the 46 original chromosomes splits into two daughter chromosomes, so there are two sets of 46 daughter chromosomes that end up in each cell.

How do the chromosomes at the end of meiosis I compare with the chromosomes at the end of meiosis II?

How do the chromosomes at the end of meiosis I compare with the chromosomes at the end of meiosis II? Chromosomes have two chromatids at the end of both meiosis I and meiosis II. … Chromosomes have two chromatids at the end of meiosis I and one chromatid at the end of meiosis II.

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