Assuming no selection or mutation and purely random mating, name this principle of Mendelian genetics derived from a binomial expansion.
This law was first discovered in 1908 by a German physician who pioneered the analysis of ascertainment bias in biology, due to his work studying twins. Another scientist, who described this theory as "very simple", independently introduced it in order to disprove an argument by Udny Yule against Mendelian inheritance. Deviations from it are quantified as the inbreeding coefficient. Assuming no selection or mutation and purely random mating, name this principle of Mendelian genetics derived from a binomial expansion.
This law was first discovered in 1908 by a German physician who pioneered the analysis of ascertainment bias in biology, due to his work studying twins.
{Hardy}-{Weinberg} principle [or {Hardy}-{Weinberg equilibrium}]