00:01
Let's see what happened when homo zygus, hornless, bull, which is basically capital h s, represented by capital h, h, is going to mate it with the homo, zygus, hond, which is having the chinotype or gamets, basically the gamets, not chenotype, gamets, gamets, hach, what happened? when these two mate it.
00:42
We have to have a look on that.
00:45
So basically we have to find the f1 generation.
00:50
To find the f1 generation what we have to make, we have to make a punit square.
00:59
Puneit square.
01:03
Let's make it and see what happened when these two different homozygous hornless bull mate with homozygous horned cow.
01:14
So this is the punit square.
01:16
Let's place the gametes here.
01:18
This is h, h, h male gametes, h, h female gametes.
01:24
Okay, so when they mate it, capital h, small h, capital h, small edge, capital edge, capital h, small h, capital h, small h, capital h, small h, h, h, small h, h, h, so if we talk about the f1 generation, the f1 generation is capital h, small h, four of springs are there and all the possibility of the offspring production is capital h small h.
01:48
And what this capital h small is telling us that heterozygous, hornless bulls are going to produce, right? these h is basically telling us like hetrozycus why heterozygous because we know two different types of these capital h and h is there so heterozygous hornless why hornless is producing the offspring are producing hornless because capital h which is dominating here dominant character and when we talk about small h, small h is the recessive one here...