in wisconsin, a very large population of lake trout, in which individuals mate at random, experiences no…

in wisconsin, a very large population of lake trout, in which individuals mate at random, experiences no migration, mutations, nor selective pressure for a number of years. which of these is most likely to occur in the population?\no the frequency of dominant alleles will slowly increase.\no the gene pool of the population will remain relatively constant.\no the genetic variability of the population will slowly decrease.\no the frequency of dominant and recessive alleles will equalize.

in wisconsin, a very large population of lake trout, in which individuals mate at random, experiences no migration, mutations, nor selective pressure for a number of years. which of these is most likely to occur in the population?\no the frequency of dominant alleles will slowly increase.\no the gene pool of the population will remain relatively constant.\no the genetic variability of the population will slowly decrease.\no the frequency of dominant and recessive alleles will equalize.

Answer

Brief Explanations:

The described population meets the criteria of the Hardy - Weinberg equilibrium (random mating, no migration, no mutations, no selective pressure). In such a population, allele and genotype frequencies remain constant over generations, meaning the gene pool remains relatively constant.

Answer:

The gene pool of the population will remain relatively constant.