The following frequencies of genotypes have been identified for the Inuit and Australian Aboriginal populations for...

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The following frequencies of genotypes have been identified for the Inuit and Australian Aboriginal populations for the blood group antigens M and N. Inuit M/M 0.835 M/N 0.156 N/N 0.009 Australian Aboriginal M/M 0.024 MIN 0.304 NN 0.824 If the genotypic frequencies have been determined from 1000 individuals of each population, which population does not fit (at a 0.05 error probability) the null hypothesis of Hardy-Weinberg equilibrium for M and N if the cut-off value for 1 degree of freedom and a 0.05 probability is 3.84? Select one: O A. both populations fit the null hypothesis of HW equilibrium O B. both populations do not fit the null hypothesis of HW equilibrium O c. only the Australian Aboriginal population does not fit the null hypothesis of HW equilibrium O D. because the populations have such different allele frequencies, the calculation of HW equilibrium is not possible O E. only the Inuit population does not fit the null hypothesis of HW equilibrium The following frequencies of genotypes have been identified for the Inuit and Australian Aboriginal populations for the blood group antigens M and N. Inuit M/M 0.835 M/N 0.156 N/N 0.009 Australian Aboriginal M/M 0.024 MIN 0.304 NN 0.824 If the genotypic frequencies have been determined from 1000 individuals of each population, which population does not fit (at a 0.05 error probability) the null hypothesis of Hardy-Weinberg equilibrium for M and N if the cut-off value for 1 degree of freedom and a 0.05 probability is 3.84? Select one: O A. both populations fit the null hypothesis of HW equilibrium O B. both populations do not fit the null hypothesis of HW equilibrium O c. only the Australian Aboriginal population does not fit the null hypothesis of HW equilibrium O D. because the populations have such different allele frequencies, the calculation of HW equilibrium is not possible O E. only the Inuit population does not fit the null hypothesis of HW equilibrium