atch the evolutionary forces to their corresponding position on the table. Forces can be placed more than once.

$\backslash$table$[[,\backslash$table$[[$Within$],[$populations$]],\backslash$table$[[$Between$],[$populations$]]],[\backslash$table$[[$Increase genetic$],[$variation$]],,]]$

Answer Bank

some types of natural selection

ppose the human trait for dimples is controlled by a simple dominant and recessive relationship at one locus. Dimples, $D,$ is e dominant allele, and a lack of dimples, $d,$ is the recessive allele.

a college genetics class, the professor takes a tally of students who have dimples and of students with a lack of dimples. In is class of $131$ students, $52$ have dimples.

alculate the frequency of the dominant allele, $D,$ and the heterozygous genotype, $Dd.$ Express the frequencies in decimal form ounded to the nearest thousandth. Assume the class is in Hardy$-$Weinberg equilibrium for this trait.

frequency of $D$ :

frequency of $Dd$ :

ppose the human trait for dimples is controlled by a simple dominant and recessive relationship at one locus. Dimples, $D,$ is e dominant allele, and a lack of dimples, $d,$ is the recessive allele.

a college genetics class, the professor takes a tally of students who have dimples and of students with a lack of dimples. In is class of $131$ students, $52$ have dimples.

alculate the frequency of the dominant allele, $D,$ and the heterozygous genotype, $Dd.$ Express the frequencies in decimal form ounded to the nearest thousandth. Assume the class is in Hardy$-$Weinberg equilibrium for this trait.

frequency of $D$ :

frequency of $Dd$ :