How many meiosis and mitosis are required for the formation of 400 male gametes?

How many mitotic divisions are required for formation of male gametes?

Hint: To produce 100 male gametes, 25 meiotic divisions are done, and to produce 100 female gametes, 100 meiotic divisions are done. Hence the total divisions which are essential in humans for the formation of 100 zygotes.

How many meiosis and mitosis are required for the formation of a male gametophyte from a pollen mother cell Microspore mother cell?

2 meiotic and 1 mitotic.

How many meiosis and mitosis are required for formation of male gametophyte?

Hence, one meiotic division and two mitotic division are required for the formation of fully mature male gametophyte from microspore mother cell in angiosperm.

How many mitotic divisions are needed for 400 male gametes?

To produce 400 male gametes, we need 100 meiotic divisions. Apart from that, each megaspore mother cell forms one female gamete.

How many meiosis are required for the formation of 50 embryo sacs?

Therefore, 13 meiotic divisions during spermatogenesis produce 52 sperms and 50 meiotic divisions during oogenesis produces 50 eggs. Hence, the correct answer is option (B).

IT IS INTERESTING:  You asked: Can human haploid cells undergo mitosis?

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?

Correct answer is 8. There are two formulas: 1. Number of mitotic divisions required for formation of n number of cells is n-1.

How many meiosis and mitosis takes place in Megasporogenesis?

So, there is one meiotic division and 3 mitotic divisions to form an embryo sac. In order to form a microspore tetrad, 1 meiosis is required.

How many meiosis and mitosis takes place in Microsporogenesis?

One meiotic division and one mitotic division is present in microsporogenesis.