QUESTION 1 Consider the Hardy Weinberg Equation p+2pq+q=1. What does "2pq" represent? O Homozygous dominant genotype frequency O Homozygous recessive genotype frequency O Heterozygous genotype genotype frequency O Dominant allele frequency O Recessive allele frequency QUESTION 2 Consider the Hardy Weinberg Equation p+2pq+q=1. What does "p" represent? O Homozygous dominant genotype frequency O Homozygous recessive genotype frequency O Heterozygous genotype genotype frequency O Dominant allele frequency O Recessive allele frequency QUESTION 3 Consider the Hardy Weinberg Equation p+2pq+q=1. What does "q" represent? O Homozygous dominant genotype frequency O Homozygous recessive genotype frequency O Heterozygous genotype genotype frequency O Dominant allele frequency O Recessive allele frequency QUESTION 4 Consider the Hardy Weinberg Equation p+2pq+q=1. What does "q" represent? O Homozygous dominant genotype frequency O Homozygous recessive genotype frequency O Heterozygous genotype genotype frequency O Dominant allele frequency O Recessive allele frequency QUESTIONE