Does non-random mating affect Hardy Weinberg equilibrium, and how might it lead to evolution?

• A. Non-random mating strengthens Hardy Weinberg equilibrium, preventing evolution.
• B. Yes, non-random mating disrupts Hardy Weinberg equilibrium by changing genotype frequencies, which can lead to evolution if coupled with natural selection.
• C. Non-random mating leads to immediate allele frequency changes, ensuring evolution.
• D. No, non-random mating maintains Hardy Weinberg equilibrium and does not lead to evolution.

Answer: (B)