In a population of lizards, a gene is found in two forms, B and b. The number of animals with the three possible genotypes for this gene is as follows: BB - 24; Bb - 42; bb - 9. What is the frequency of the B allele in this population?Multiple choice question.0.320.60.50.44

In a population of frogs, a gene is found in two forms: D and d. The numbers of individuals with different genotypes for that gene are 30 (DD), 18 (Dd), and 12 (dd). What is the frequency of the heterozygous genotype?Multiple choice question.0.180.300.650.43

Consider a population and a gene that has two alleles in this population, designated as D and d. If you divide the number of individuals with the genotype DD by the total number of individuals in the population, you will calculate the ______ frequency of the ______.Multiple choice question.allele; D allelegenotype; D allelegenotype; dd genotypegenotype; DD genotype

The phenotype frequency is calculated by dividing the total number of individuals with a particular phenotype by which of the following?Multiple choice question.The total number of alleles in that populationThe total number of individuals in that populationThe total number of heterozygous individuals in that populationThe total number of homozygous individuals in that population

Consider a population and a gene that has two alleles in this population, designated as P and p. If you divide the number of all the copies of the p allele in the population by the total number of copies of both alleles (P and p) in the population, you will calculate the ______ frequency of the ______.Multiple choice question.genotype; p alleleallele; P alleleallele; p allelegenotype; pp genotype

The number of copies of an allele in a population divided by the total number of all alleles for that gene in a population is the Blank______.Multiple choice question.genotype frequencymean fitness of the populationallele frequencyfrequency of heterozygosity