In studying the gene pool of a population, you find that 15% of the population is homozygous recessive (tt) for a trait. How would you use this information to solve for the frequency of the dominant T allele?

Square root of 0.15 (

1-Square root of 0.15

15 : 100

0.152

Question

Biology

Karter

10 March, 20:05

In studying the gene pool of a population, you find that 15% of the population is homozygous recessive (tt) for a trait. How would you use this information to solve for the frequency of the dominant T allele?

Square root of 0.15 (

1-Square root of 0.15

15 : 100

0.152

+4

Answers (2)

Know the Answer?

Earl · Answer 1

1. I'm kind of weak in Hardy-Weinberg applications ... Let's see. (1) View the equation p ^ 2 + 2pq + q ^ 2 = 1 and p + q = 1 you have your q ^ 2 = 0.15 so q = sqrt (answer) 2. Use this equation p 2 + 2 pq + q 2 = 1 You have q 2 = 0.18 q = sqrt (0.18) = 0.424 p = 1-q = 0.576 2pq = 0.49 49%

Daniel Cowan · Answer 2

1 - Square root of 0.15

Explanation:

I am 100% positive because I got this question correct on my quiz.

In studying the gene pool of a population, you find that 15% of the population is homozygous recessive (tt) for a trait. How would you use this information to solve for the frequency of the dominant T allele?Square root of 0.15 (1-Square root of 0.1515 : 1000.152

In studying the gene pool of a population, you find that 15% of the population is homozygous recessive (tt) for a trait. How would you use this information to solve for the frequency of the dominant T allele?

Square root of 0.15 (

1-Square root of 0.15

15 : 100

0.152