A$.$ genes

B$.$ phenotype frequency

C$.$ population

D$.$ Allele frequency

E$.$ Hardy$-$Weinberg equation

G$.$ gene pool

H$.$ genotype frequency

I. genetic equilibrium

J$.$ microevolution

K$.$ allele

$1.$ gradual change in allele frequencies in a population over time

$2.$ total alleles for all genes of all individuals in a population

$3.$ proportion of members of a population with a particular genotype; usually expressed as a decimal

$4.$ condition of a gene pool in which allele frequencies remain constant over time; this population is not evolving $($changing$)$; also known as the Hardy$-$Weinberg equilibrium

$5.$ any group of individuals of the same species living in the same geographic area at the same time

$6.$ proportion of members of a population with a particular phenotype; usually expressed as a decimal

$7.$ different form of the same gene occurring on homologous chromosomes

$8.$ p$^2+2$pq$+$q$^2=1\mathrm{.}00$

$9.$ basic unit of heredity; chemical code in DNA that encodes a protein

$10.$ rate of occurrence of a particular allele in a population with respect to a particular gene; usually expressed as a decimal

Match the description with the correct genetic term.