Hardy-Weinberg Equilibrium

Name the assumption that is depicted in #1.

• Random Mating
• No Genetic Drift
• No Variation

Name the assumption that is depicted in #2.

• No Mutations
• Stable Population
• No Genetic Drift

Name the assumption that is depicted in #3.

• Stable Population
• Random Mating
• No Genetic Drift

Name the assumption that is depicted in #4.

• Stable Population
• Random Mating
• No Variation

Name the assumption that is depicted in #5.

• Stable Population
• No Mutations
• Random Mating

What is a genotype?

In a species of frogs, frogs that have at least one dominant allele “G” (dark green) have a dark green phenotype. The recessive allele “g” is for light green. Please write below each frog whether they are homozygous recessive, homozygous dominant, or heterozygous.

In a species of frogs, frogs that have at least one dominant allele “G” (dark green) have a dark green phenotype. The recessive allele “g” is for light green. Please write below each frog whether they are homozygous recessive, homozygous dominant, or heterozygous.

In a species of frogs, frogs that have at least one dominant allele “G” (dark green) have a dark green phenotype. The recessive allele “g” is for light green. Please write below each frog whether they are homozygous recessive, homozygous dominant, or heterozygous.

Assume a population of the frogs are in Hardy Weinberg Equilibrium. If the G allele frequency is 0.6, what percentage of the alleles are “G?”