00:01
Now here you ask you to look at, you know, basically the gene, the gene, the gene, the gene, the gene, decimformation distribution, right, called mandantian rules, right? so, so let me try to draw some of the, is, draw this example.
00:16
So the first case, you have d, d, d times d, right? and you can easily work out the product, the offspring genes, right, d, and you have, you would have given a test.
00:30
Like this, right? you would have a table going like this, and you have this, you have d -d, right? and d -d just protect this, and d -d and d -d, and d -d.
00:39
And obviously, everything d -d, right? you don't have any other options, right? so there's, all of them are dark, right? and one -two -pressant -d -d -d.
00:46
And the second choice, you have, you have a look at d -d -produced, met with d -d, right? and then you would have, you know, this kind of d, d, little d, d, d, and d, d, and you would have full choice.
01:00
So d, d, d, and d, d, and d, d.
01:05
And obviously, this two would be gray and this to be very dark, right? so you have half of them is great and half of them is dark.
01:13
So the ratio is 50 % for each, right? for each trait.
01:17
And they heard about d, d, d times d, d.
01:20
And this is a very interesting, d and d here.
01:25
And you look at, you do the table, you find the d, d, d, and d, d, d and d, d, d, d, d, d...