0:00
Hello everyone.
00:01
So to solve this we need to have two steps.
00:05
So the step one is actually the selection coefficient, okay? the selection coefficient.
00:15
So the selection coefficient is actually a measure of relative reduction.
00:20
Okay.
00:21
This is a measure of relative reduction.
00:31
Reduction.
00:32
And also we can say that in contribution that a particular genotype makes to the gamut, okay? here we can say that a particular, particular genotype, that is the genetic character, genotype actually makes a gamut, okay? makes a gamut and also like as compared with the another genotype in the population and this is as compared as compared with another genotype and this genotype is present in a population in a population okay now if you check over here, like it is usually denoted as the letter s, a measure of the difference in the relative fitness.
01:40
So we can say that the shorthand for this is s.
01:45
Now the step two.
01:47
Step two.
01:50
Step two is basically here we can say that if we take the example of a genotype and if we then take the absolute fitness, absolute fitness.
02:05
Then if we take a column for the relative fitness, and the last one is the selection coefficient.
02:15
Selection coefficient...