Question: Which of the following genotype frequencies (given as AA, Aa, and aa, respectively) satisfy the H…
Show transcribed image text Which of the following genotype frequencies (given as AA, Aa, and aa, respectively) satisfy the Hardy-Weinberg principle? Don't worry about hypothesis testing and p-values. Just evaluate whether the populations are theoretically consistent do they match the from HWE? 0.25,0.50,0.25 0.36,0.55,0.09 0.29,0.42,0.29 In a randomly mating lab population of fruitflics, 4% of the flics have black bodies (encoded by the autosomal recessive b allele), and 96% have brown bodies (the wild type, encoded by the B allele). Assuming the population is in HWE, what are the allele frequencies of the B and b? What are the genotype frequencies of B/B and B/b genotypes?
Which of the following genotype frequencies (given as AA, Aa, and aa, respectively) satisfy the Hardy-Weinberg principle? Don't worry about hypothesis testing and p-values. Just evaluate whether the populations are theoretically consistent do they match the from HWE? 0.25,0.50,0.25 0.36,0.55,0.09 0.29,0.42,0.29 In a randomly mating lab population of fruitflics, 4% of the flics have black bodies (encoded by the autosomal recessive b allele), and 96% have brown bodies (the wild type, encoded by the B allele). Assuming the population is in HWE, what are the allele frequencies of the B and b? What are the genotype frequencies of B/B and B/b genotypes?
