How many mitotic divisions and number of generations respectively are required to form 32 cells from a cell?
For a single cell to produce 32 cells, 31 mitotic divisions are required.
How many generations are required by a cell of meristem to produce 32 cells?
1-2-4-8-16-32-64-128 so total 7 generation req. Since Mitosis is an equational division process and it produces two daughter cells from the single parent cells.
How many generations of mitosis are required for produce 64 cells?
Explanation: From 64 cells expecting the last formed cell , we can say that 63 mitotic division could take place.
How many generations of mitosis are required for producing 128 cells?
In this manner, the no of times a cell will have to divide mitotically, to form 128 cells can be calculated. Complete answer: The cell will have to divide 7 times mitotically, to form 128 cells.
How many generations of mitosis are required to produce 128 cells from a single cell of a root tip?
Mitosis is an equational division where after division each cell produces two daughter cells, therefore after 7 divisions one cell will give 128 cells in case of mitosis.
How many generations are required for production of 129 cells?
A single mitotic division of oNe cell produces twO cells. 2nd division of this two cells produces 4 cells and so on. 2^n = Number Of cells after n divisions. Thus 7 generations of mitosis yields 128 cells from a single cell.
How many mitotic generations are required to produce 256 cells?
So we can conclude that eight mitotic divisions are required to produce $256$ daughters/somatic cells.
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 mitotic divisions produce 64 cells from 2 cells?
A total of 6 rounds of mitotic division will form 64 daughter cells.
How many divisions are required to produce 64 gametes?
Each pollen mother cell (PMC), by a meiotic division, gives rise to a group of four haploid microspores. Thus, 16 pollen mother cells undergo meiotic divisions to produce 64 pollen grains.
How many mitotic divisions and number of generations respectively are required to form 256 cells from a meristematic cell?
Mitotic cells division is equational division where a mother cell divides to form 2 daughter cells. So to produce 256 cells from a single cell, 8 mitotic divisions will occur which can be represented as 1→2→4→8→16→64→128→256.