This familiar relation states that, in the absence of genetic drift and certain other factors, the allele frequencies in a population will be given by p2 [pee-squared], pq [pee-queue], and q2 [queue-squared],  where p and q are the original probability of a dominant and recessive homozygote, respectively.
This familiar relation states that, in the absence of genetic drift and certain other factors, the allele frequencies in a population will be given by p2 [pee-squared], pq [pee-queue], and q2 [queue-squared],  where p and q are the original probability of a dominant and recessive homozygote, respectively.
This familiar relation states that, in the absence of genetic drift and certain other factors, the allele frequencies in a population will be given by p2 [pee-squared], pq [pee-queue], and q2 [queue-squared],  where p and q are the original probability of a dominant and recessive homozygote, respectively.
{Hardy}-{Weinberg equilibrium} (or Hardy-Weinberg equation or Hardy- Weinberg principle) 20. Name each of the following branches of philosophy FTP.