00:01
Okay, i'm going to answer this question.
00:01
Let's talk about mitosis and myosis.
00:03
In mitosis, you're going to start with a diploid cell, and you're going to produce two -dor cells that are identical to the parental cell.
00:11
It means they are going to be also diploid, and they are going to have the same genetic makeup than the parental cell.
00:18
This is mitosis.
00:19
In case of myosis, it is a longer process.
00:22
You're going to start also with a deploid cell, and during myosis 1, you're going to produce two -dor cells that are haploid, each of them.
00:29
Okay? are haploid and they are going to be different from each other and also different from this parental cell then myosis two is going to cure to both of these cells and these cells are going to be also haploid and these cells are going to be called and these cells are all different from each other and also different from these cells here so let's go for the question it says both mitosis and myiosis begin with a parental cell that is diploid okay as you can see here which of the following base describes how mitosis and myiosis was sold in other cells with different numbers of chromosomes.
01:07
Option a says in mitosis, the chromosomes consists of a single chromatid.
01:12
And this is false, okay? so we don't even need to get further because it is telling that in mitosis, the chromosomes consists of a single chromatin that is false and it says which is passed to two haploid donor cells and this is false because they're producing two deep load doid cells.
01:27
Also remember that normally before your cell enters mitosis and myiosis, your chromosomes are going to be like this, with one single chromatic...