biology

   1. In a mating betwixt a red-eyed hardy reward fly and a red-eyed heterozygous womanly, what percentage of the fehardy progeny is expected to be carriers? How did you enumerate the percentage? 2. In a mating betwixt a red-eyed hardy reward fly and a clear-eyed fehardy reward fly, what percentage of the hardy progeny get possess clear eyes? Describe how you enumerated the percentage. 3. Hemophilia, a race experimentation in ethnicals, consequences from a sex-linked recessive allele. Suppose that a daughter of a dowager extraneously the allele and a senior after a while the allele marries a man after a while hemophilia. What is the verisimilitude that the daughter's upshot get unfold the indisposition? Describe how you enumerated the verisimilitude. 4. Colorblindness consequences from a sex-linked recessive allele. Enumerate the genotypes of the progeny that consequence from a cantankerous betwixt a color-blind hardy and a homozygous fehardy who has regular trust. Describe how you enumerated the genotypes of the progeny. 5. Illustrate why sex-linked lines show over repeatedly in hardys than in womanlys. 6. In ethnicals, hemophilia is a sex-linked recessive line. It is located on the X chromosome. Remember that the ethnical fehardy genotype is XX and the hardy genotype is XY. Suppose that a daughter of a dowager extraneously the allele and a senior after a while the allele marries a man after a while hemophilia. What is the verisimilitude that the daughter's upshot get unfold the indisposition? Describe how you enumerated the verisimilitude. 7. Colorblindness besides consequences from a sex-linked recessive allele on the X chromosome in ethnicals. Enumerate the genotypes of the progeny that consequence from a cantankerous betwixt a color-blind hardy and a homozygous fehardy who has regular trust. Describe how you enumerated the genotypes of the progeny. 8. Based on the lines illustrateed in questions 6 and 7, illustrate why sex-linked lines in ethnicals show over repeatedly in hardys than in womanlys.