00:01
The question that is given over here, it says that the table for the parental genotypes and its monohybrid crosses and the generation of data which is produced by the monohybrid crosses are given.
00:14
Based on this, some of the questions are asked.
00:16
We have to answer each and every question.
00:19
The first part of the question, it says that how much genotypic variation do we find in a randomly picked parent of our crosses? there are total three different types of genotypes.
00:50
In the randomly picked parents, they are capital by capital y, capital y, capital y, or small y, capital y, or small y, capital y, and they are all in the ratio of 2 is to 5 is to 3.
01:08
And then the next part of the question it says that how much in the offspring? the genotypic variation in the offspring is also 3.
01:25
And they are the capital y capital y, capital y, small y and small y, small y, small y, small y, they will be in the ratio of 1 is 4 is to 2.
01:40
The third question, it says we have to pull all the offspring from the 5 replicates.
01:50
Then how much phenotypic variation do we find? there are two types of phenotypic variation, that is the, yellow and blue and they are in the ratio of nines to four.
02:22
Let us move on to the next part of the question which says that is the ratio of the absorbed phenotypes the same as that of the predicted phenotypes.
02:43
The right answer for this question is no.
02:46
The absorbed phenotype is not the same as that of the predicted one because in p4 generation what happens the parents or homozygous job.
02:58
Dominant and homozygous decisive.
03:02
The offspring should be heterocyte is dominant...