Bio 182 Lab Midterm Part 1 Hardy-
Weinberg Lab | Questions And Answers
With Verified Solutions 100% Correct Rated
A+ Newly Updated 2025.
Know the 5 conditions that must be met for Hardy-Weinbe rg equilibrium to occur:
ANSWER ✔✔ Random mating
No mutations
No natural selection
No gene flow
Very large population size
Know the three most common mechanisms of evolutionary change:
ANSWER ✔✔ Natural selection
Genetic drift
Gene flow
Hardy-Weinberg equation:
ANSWER ✔✔ p² + 2pq + q²
Calculate allele frequency for p equation:
ANSWER ✔✔ p = frequency of BB genotypes + ½ frequency of Bb genotypes
Calculate allele frequency for q equation:
ANSWER ✔✔ q = frequency of bb genotypes + ½ frequency of Bb genotypes
What do the p², q², and 2pq mean in the Hardy-Weinberg equation?
ANSWER ✔✔ p²: homozygous dominant
Weinberg Lab | Questions And Answers
With Verified Solutions 100% Correct Rated
A+ Newly Updated 2025.
Know the 5 conditions that must be met for Hardy-Weinbe rg equilibrium to occur:
ANSWER ✔✔ Random mating
No mutations
No natural selection
No gene flow
Very large population size
Know the three most common mechanisms of evolutionary change:
ANSWER ✔✔ Natural selection
Genetic drift
Gene flow
Hardy-Weinberg equation:
ANSWER ✔✔ p² + 2pq + q²
Calculate allele frequency for p equation:
ANSWER ✔✔ p = frequency of BB genotypes + ½ frequency of Bb genotypes
Calculate allele frequency for q equation:
ANSWER ✔✔ q = frequency of bb genotypes + ½ frequency of Bb genotypes
What do the p², q², and 2pq mean in the Hardy-Weinberg equation?
ANSWER ✔✔ p²: homozygous dominant
