You're studying a population of rock pocket mice in the southwest desert and want to determine...

 

Transcribed Image Text:

You're studying a population of rock pocket mice in the southwest desert and want to determine if they are in Hardy Weinberg Equilibrium. In this population, there are only two alleles for fur color, D (dark-colored fur) is dominant to d (light-colored fur). Individual rock pocket mice in this population can only have one of three genotypes (DD, Dd, or dd) that code for one of two phenotypes (dark or light fur color). You observe the following genotype frequencies in this population: DD= 0.25, Dd-0.5, dd=0.25. Using this information, what are the allele frequencies and EXPECTED genotype frequencies in this population? I Select] Conclusion: is this population undergoing evolution? [Select] population] [ Select] Conclusion D=0.7, d=0.3; DD=0.49, Dd=0.42, dd=0.09 None of these are correct D=0.4, d=0.6; DD=0.16, Dd=0.48, dd 0.36 D=0.2, d=0.8; DD=0.04, Dd=0.32, dd=0.64 Select] D=0.5, d=0.5; DD=0.25, Dd=0.5, dd=0.25 You're studying a population of rock pocket mice in the southwest desert and want to determine if they are in Hardy Weinberg Equilibrium. In this population, there are only two alleles for fur color, D (dark-colored fur) is dominant to d (light-colored fur). Individual rock pocket mice in this population can only have one of three genotypes (DD, Dd, or dd) that code for one of two phenotypes (dark or light fur color). You observe the following genotype frequencies in this population: DD= 0.25, Dd-0.5, dd=0.25. Using this information, what are the allele frequencies and EXPECTED genotype frequencies in this population? I Select] Conclusion: is this population undergoing evolution? [Select] You're studying a population of rock pocket mice in the southwest desert and want to determine if they are in Hardy Weinberg Equilibrium. In this population, there are only two alleles for fur color, D (dark-colored fur) is dominant to d (light-colored fur). Individual rock pocket mice in this population can only have one of three genotypes (DD, Dd, or dd) that code for one of two phenotypes (dark or light fur color). You observe the following genotype frequencies in this population: DD= 0.25, Dd-0.5, dd=0.25. Using this information, what are the allele frequencies and EXPECTED genotype frequencies in this population? I Select] Conclusion: is this population undergoing evolution? [Select] population] [ Select] Conclusion D=0.7, d=0.3; DD=0.49, Dd=0.42, dd=0.09 None of these are correct D=0.4, d=0.6; DD=0.16, Dd=0.48, dd 0.36 D=0.2, d=0.8; DD=0.04, Dd=0.32, dd=0.64 Select] D=0.5, d=0.5; DD=0.25, Dd=0.5, dd=0.25 population] [ Select] Conclusion D=0.7, d=0.3; DD=0.49, Dd=0.42, dd=0.09 None of these are correct D=0.4, d=0.6; DD=0.16, Dd=0.48, dd 0.36 D=0.2, d=0.8; DD=0.04, Dd=0.32, dd=0.64 Select] D=0.5, d=0.5; DD=0.25, Dd=0.5, dd=0.25

Answer rating: 100% (QA)

Population D04 d06 DD016 Dd048 dd036 Conclusion The population is not in HardyWeinberg Equilibrium T... View the full answer