Red hair is a recessive trait; non-red hair is dominant. Suppose two people

with NON-RED hair have a RED-haired child. What are the genotypes of each parent (use HH, Hh, or hh) ? What was the probability of them having a red-haired child?

What are all the possible genotypes of their children?

Question

Biology

Landen Arroyo

3 March, 01:31

Red hair is a recessive trait; non-red hair is dominant. Suppose two people

with NON-RED hair have a RED-haired child. What are the genotypes of each parent (use HH, Hh, or hh) ? What was the probability of them having a red-haired child?

What are all the possible genotypes of their children?

+2

Answers (1)

Know the Answer?

Callie Wolfe · Answer 1

The genotype of the parents must be Hh. Since they had a kid with a recessive trait with 2 parents who have the dominant trait, they both must carry the recessive trait. The probability was 1/4 or 25%. They possible genotypes are HH, Hh, hH, hh.

Red hair is a recessive trait; non-red hair is dominant. Suppose two peoplewith NON-RED hair have a RED-haired child. What are the genotypes of each parent (use HH, Hh, or hh) ? What was the probability of them having a red-haired child?What are all the possible genotypes of their children?

Red hair is a recessive trait; non-red hair is dominant. Suppose two people

with NON-RED hair have a RED-haired child. What are the genotypes of each parent (use HH, Hh, or hh) ? What was the probability of them having a red-haired child?

What are all the possible genotypes of their children?