$A$ population will not exist in Hardy-Weinberg equilibrium if

In a population exhibiting random mating,the frequency of a disease-causing recessive allele is $80\%$. What will be the frequency of carrier individuals in the population (in $\%$)?

In a population of $10,000$ sheep,$4900$ have a homozygous dominant genotype $(AA)$ and $4200$ are heterozygous $(Aa)$ sheep. The remaining sheep have a homozygous recessive genotype $(aa)$. Find the frequency of the homozygous dominant allele $(p)$ as per the Hardy-Weinberg principle.

Hardy-Weinberg equilibrium is not affected by which of the following factors?

The equilibrium of gene frequencies is known as .....

What is the total sum of genes and their alleles in a population collectively called?