00:01
From the question, they have given us to identify the condition provided that a male who is going to have a diploid cell will undergo meiosis.
00:17
By the meiosis at the end, what will be the division to be occurs in the cell, we have to identify the division to be taken place.
00:29
Therefore, there is a diploid cell during the meiosis i which only involves the formation of haploid cell.
00:48
The haploid cells lead to formation of two daughter haploid cells.
00:54
These two daughter haploid cells will further undergo meiosis ii.
01:02
During the meiosis ii, these haploid cells only undergo division to form.
01:12
Each haploid cell can produce two haploid cells.
01:16
Therefore, at the end of meiosis ii, there will be four daughter cells.
01:23
Therefore, there are about four gametes are going to be formed which are haploid in nature.
01:32
Due to the meiosis in the male.
01:38
It is going to be haploid gamut...