Afly has two alleles for the color of its eyes. the green allele is recessive, and is represented by q. the blue allele is dominant, and is represented by p. if 71 of 100 organisms are green, what is p

29? I say this because 100-71 is 29

Explanation:

Explanation:

According to the Hardy Weinberg’s equation –  

The sum of frequencies of all the allele with in a given population is equal to one around the locus.  

Thus, if p is frequency of trait “A” and q is frequency of trait “B”, then the sum of the allele frequencies i.e p and q is 1

-------------------- Equation (a)

So, if 71 out of  100 organisms are green, then q would be

Putting the value of q in equation "a" we get -

Let be the initial starting population be the
100 so
100
 200
400
800
and after  1 month the population is doubled so
P(x) = 100*2 = 200
sofor 3 months
0 100*2^0 = 100
1 100*2^1 = 200
2 100*2^2 = 400
3 100*2^3 = 800
 x 100*2^x
hope it helps