00:01
Not to answer this question, let's talk about inheritance.
00:02
He says, show a completed panetta square for the following dihybridges cross.
00:06
You have the heterocygios a, the heterocygios b, with a homozygous dominant a and the homocygous basis of b.
00:13
And he says, show your work for full credit and give the expected genotypic and phenotypic values.
00:20
So in this case, we have to make a complete panad square practically, okay? first you have to get the gamins, and you're going to get the gamins by mixing each of these a alleles with each of these b alleys and the same here.
00:28
So let's place the gamins in the panex square.
00:31
You're going to have for the first parent, you get this, this, this, and this.
00:38
And for the second parent, you get only one different possibility.
00:42
But as they want a complete panel square, then just repeat the gametes.
00:45
But you actually don't need to, okay, but just to make a complete panel square...