Table of Contents
- 1 How many times mitotic divisions must occur in a cell to form 1024 cells?
- 2 How many times mitotic division are required for the formation of 128 cells?
- 3 How many mitotic divisions must occur in a cell to form?
- 4 How many divisions are required to produce 128 gametes?
- 5 How many times mitotic divisions must occur in a cell of the root tip to from 256 cell?
- 6 How many divisions are required to produce 100 cells?
- 7 How many times does mitosis take place in a cell?
How many times mitotic divisions must occur in a cell to form 1024 cells?
10 mitotic divisions must occur in a cell to form 1024 cells.
How many times mitotic division are required for the formation of 128 cells?
Therefore, 7 mitotic divisions are required for a single cell to make 128 cells.
How many mitotic divisions are required for a cell to make 64 cells?
A total of 6 rounds of mitotic division will form 64 daughter cells.
How many mitotic divisions must occur in a cell?
Thus the answer is 8.
How many mitotic divisions must occur in a cell to form?
Question : How many mitotic divisions must occur in a cell to form 1024 cells?
| Question | How many mitotic divisions must occur in a cell to form 1024 cells? |
|---|---|
| Chapter Name | Cell Cycles |
| Subject | Biology (more Questions) |
| Class | 11th |
| Type of Answer | Text |
How many divisions are required to produce 128 gametes?
Gametes are produced by meiosis. In meiosis 4 cells are formed from one cell. Thus 32 divisions are formed are needed to produce 128 gametes that is 32×4=128.
How many mitotic divisions are required for the formation of female gametophyte?
Thus, one meiotic division produces one matured female gametophyte in an angiosperm. Hence, 101 meiotic divisions are required to produce 101 female gametophytes in an angiosperm.
How many mitotic divisions are required for the formation of mature Embryosac?
There are three mitotic divisions to form a mature embryo sac from megaspore mother cell.
How many times mitotic divisions must occur in a cell of the root tip to from 256 cell?
1→22→43→84→165→5 ↓5 326→647→128↓2256 It can be done with a simple formula (2)n, where n is the number of mitotic, division (2)n=256 (2)8=256(2×2×2×2×2×2×2×2=256) So, 8 mitotic division.
How many divisions are required to produce 100 cells?
Hence, the correct answer is 125 meiosis divisions will be done for the formation of 100 zygotes in humans.
How many generations of mitotic division must occur to form 256 cells?
Every mitotic division will lead to the formation of twice the number of mother cells, hence to form 256 cells from a root tip cell, 8 generations of mitotic divisions must occur (2 8 =256 cells). So, the correct answer is option B.
How many mitotic divisions must occur in a cell of root tip?
How many mitotic divisions How many mitotic divisions must occur in a cell of a root tip to form 256 cells? Every mitotic division will lead to the formation of twice the number of mother cells, hence to form 256 cells from a root tip cell, 8 generations of mitotic divisions must occur (2 8 =256 cells). So, the correct answer is option B.
How many times does mitosis take place in a cell?
255 mitotic divisions are required. One cell divides into two, so that’s one mitosis. Each of the two cells divide to form total four cells. So that makes it to three mitosis and so on. So for n cells to form, mitosis takes place n-1 times.