A population of dingos finds a new habitat to exploit due to the disappearance of one of their natural predators. They reproduce sexually and at random. Their population is supplemented by dingos from other packs entering their pack. They are able to hunt multiple species and have plenty of food. They are healthy and free of diseases. How do we know the assumptions for the Hardy-Weinberg equilibrium have been violated?

A given trait has two alleles. It is inherited in a completely autosomal dominance pattern in a diploid population. Which of the following is NOT true if this population is in Hardy-Weinberg equilibrium?

A certain herd of horses contains black horses and brown horses. These horses are diploid organisms, and coat color is an autosomal trait. The gene for a brown coat (B) is completely dominant, while the gene for a black coat (b) is recessive. Assume that the population is in Hardy-Weinberg Equilibrium.

If prevalence of the R allele in the herd of horses is 0.6, what is the prevalence of black horses in the herd?

Which of the following conditions is not required to be true for a population in Hardy-Weinberg equilibrium?