In a population of Mice fur color is determined by one gene witha dominant and a recessive allele. Black mice are homozygousdominant, brown mice are heterozygous and white mice are homozygousrecessive. In this population there are 340 black mice, 430 brownmice and 330 white mice.
What is the frequency of the dominant allele? b. What is thefrequency of the recessive allele? c. What is the observedfrequency of the homozygous dominant genotype in this population?d. What is the observed frequency of the homozygous recessivegenotype in this population? e. What is the observed frequency ofthe heterozygous genotype in this population? f. What is theexpected frequency of the homozygous dominant genotype in thispopulation? g. What is the expected frequency of the homozygousrecessive genotype in this population? h. What is the expectedfrequency of the heterozygous genotype in this population
In a population of Mice fur color is determined by one gene witha dominant and a recessive allele. Black mice are homozygousdominant, brown mice are heterozygous and white mice are homozygousrecessive. In this population there are 340 black mice, 430 brownmice and 330 white mice.
What is the frequency of the dominant allele? b. What is thefrequency of the recessive allele? c. What is the observedfrequency of the homozygous dominant genotype in this population?d. What is the observed frequency of the homozygous recessivegenotype in this population? e. What is the observed frequency ofthe heterozygous genotype in this population? f. What is theexpected frequency of the homozygous dominant genotype in thispopulation? g. What is the expected frequency of the homozygousrecessive genotype in this population? h. What is the expectedfrequency of the heterozygous genotype in this population
