Information for Questions 1-4. In humans, the brown eye alleleis dominant to the blue eye allele of one of the eye color genes. Ablue-eyed parent and a heterozygous brown-eyed parent would like tohave children together. Use probability calculations to calculatethe probability of the following outcomes. Answer choices on thequiz will be in fraction form (1/4 for example).
1. What is the probability that ALL of their first 3 childrenwill all have blue eyes?
2. What is the probability that NONE of their first 3 childrenwill have blue eyes?
3. What is the probability that EXACTLY 2 of their first 3children will have brown eyes?
4. What is the probability that EXACTLY 2 of their first 3children will have brown eyes OR EXACTLY 2 of their first 3children will have blue eyes?
Information for Questions 1-4. In humans, the brown eye alleleis dominant to the blue eye allele of one of the eye color genes. Ablue-eyed parent and a heterozygous brown-eyed parent would like tohave children together. Use probability calculations to calculatethe probability of the following outcomes. Answer choices on thequiz will be in fraction form (1/4 for example).
1. What is the probability that ALL of their first 3 childrenwill all have blue eyes?
2. What is the probability that NONE of their first 3 childrenwill have blue eyes?
3. What is the probability that EXACTLY 2 of their first 3children will have brown eyes?
4. What is the probability that EXACTLY 2 of their first 3children will have brown eyes OR EXACTLY 2 of their first 3children will have blue eyes?
