00:01
In order to answer this question, let's talk about inheritance.
00:02
It says, what is the probability of a hydrozygoyoseaseasef b, homozygousineine homozygous dominant c and heterocygous d? progeny, prong across between a homozygous dominal a, homocygousineine b, heterozygissive b, heterozygous c, heterocygous d, with a homozygousine a, hydrocygousine d.
00:25
So let's make a panaceous d.
00:26
First, for this one with this one, all of the octagon are going to be heterocygose.
00:30
So you get that 4 out of 4 are going to be heterocygos, and this is equal to 1.
00:35
So let's leave it like this.
00:37
Then for the heterozygos v with the homo -sigo -segos -b, with the homo -sigo -gicid -b, you have the following pattern square.
00:50
Heterositeaus, heterocygos, heterocygos, recessive, and homo -scygos recessive.
00:53
So, for the c, you have heterocyg therocytocs -c with homo -sigigiz dominant, homo -sigot, homo -sid, homogeneous, domine, heterocyg, and heterocygos.
01:05
Finally, you have heterocyglo -d with heteroccygos -d.
01:11
Homocygous dominant, heterocygote, heterocygous, and homocygous grecious grecious.
01:15
So, in this case, you want heterocygous a.
01:19
All of the often are going to be heterocygous a.
01:20
So you have one.
01:21
You want homozygous decisive b.
01:23
You have one and two out of four.
01:25
It means two quarters, that is the same of one half.
01:27
You want homozygous dominant c, you have one and two out of four.
01:30
It means also one half.
01:32
And you want heterocygios d, that is one and two out of four.
01:35
It means two quarters or one half.
01:37
So you just multiply all of this and you get one, this is the answer for the first question.
01:43
Then it says, the following cross was made.
01:47
You have heterocygos a, heterocylus b, heterocybo -c, homo -sigensive d, heterocygertos -e with a homo -sacoglyssive a, hetero -sigis -b, homo -sigizant c, heterocygertos -d, and homo -sagos -lominant e.
02:06
This is your cross.
02:08
And it says, what is the probability of the particular project? is heterocygios a, homocygoyb, heterosephibicicisive b, heterosephi, homozygosephs d, and homozygous laminant e, like this.
02:23
So again, this makes monocharypanel square.
02:25
The heterocygous a with the homozygoseive a is like this.
02:32
Hitrocygosis if homozygoseive and homozygousousive and then heterocygotechus b with heterocygotechus b, you have this.
02:45
Then the heterocygotechus c with the homozygousininineineineine c, homocygos -dominal and heterocycles.
02:52
The homocybo -sceive -p with a hetero -sigose -sid -coseph -cissive and homo -sigercisive.
03:01
Finally, the hetero -sigis -e with the homo -sygicis -dominal a, you have homo -sai -svents -como -sidylose -dominal and heterocygithes.
03:11
So you want heterocygirtos -a.
03:13
You have 2 out of 4, it means 1 -5.
03:16
You want a homo -sigo -ecesive -b, so you have 1 out of 4...