Teaching Guide: Hardy–Weinberg Mathematical Modeling Virtual Lab
This teaching guide helps educators to integrate the Hardy-Weinberg Mathematical Modeling Virtual Lab simulation into an advanced high school biology lesson. Students will explore allele and genotype frequency calculations, investigate the 5 conditions required for a population to remain at equilibrium, and apply mathematical models to real experimental data.
Topics
- AP
- AP Biology
- AP Bio
- next generation science standards
- NGSS
- Hardy–Weinberg
- Hardy–Weinberg equilibrium
- mathematical modeling
- allele frequency
- genotype frequency
- p
- q
- HS-LS4-4
- LS3.A
- High school biology
- population genetics
- population evolution
- natural selection
- genetic drift
- gene flow
- mutation
- nonrandom mating
- scientific reasoning
- evidence-based reasoning
- virtual lab
- interactive simulation
- biology worksheet
- teacher guide
- inquiry-based learning
- real-world applications
- formative assessment
- lesson plan