It shows that recessive genes do not disappear from a gene pool, no matter how small the population is. This holds true, as long as mutation, gene flow, genetic drift, nonrandom mating, and natural selection do not occur. It can be represented by an equation where "p" represents a dominant allele and "q" the corresponding recessive allele. FTP, name this equation that represents the relationship between alleles and genotypes of a population.          |
It shows that recessive genes do not disappear from a gene pool, no matter how small the population is. This holds true, as long as mutation, gene flow, genetic drift, nonrandom mating, and natural selection do not occur. It can be represented by an equation where "p" represents a dominant allele and "q" the corresponding recessive allele. FTP, name this equation that represents the relationship between alleles and genotypes of a population.          |
It shows that recessive genes do not disappear from a gene pool, no matter how small the population is.
{Hardy-Weinberg} Equation