---**Drosophila Genetic Cross Problem**In *Drosophila*, two genes \( w \) and \( s \) are X-linked and are 25 map units apart. A heterozygous female fly with a genotype \( w^+ s^+ / w s \) (\( w^+ \) and \( s^+ \) are wild-type alleles) is crossed to a male wild-type fly. What percent of progeny will have only the wild-type alleles of the \( w \) and \( s \) genes?---### Answer Choices:- \( \quad \) 50%- \( \quad \) 75%- \( \quad \) 12.5%- \( \quad \) 37.5%- \( \quad \) 25%---### Diagram/Graph Description:This question does not include any graphs or diagrams. It is a multiple-choice question related to genetics and inheritance patterns in *Drosophila* (fruit flies).**Explanation:**The question requires knowledge of genetic recombination and inheritance in X-linked genes. Map units (centimorgans) represent the probability of crossover events between two loci on a chromosome. Here, 25 map units indicate a 25% recombination frequency.To find the required percentage of progeny with wild-type alleles ( \( w^+ s^+ \) ), consider recombination events and the resulting genotypes.Please proceed with calculations or explanations related to genetic inheritance as needed to solve this problem.---

Name: ---**Drosophila Genetic Cross Problem**In *Drosophila*, two genes \(
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: ---**Drosophila Genetic Cross Problem**In *Drosophila*, two genes \( w \) and \( s \) are X-linked and are 25 map units apart. A heterozygous female fly with a genotype \( w^+ s^+ / w s \) (\( w^+ \) and \( s^+ \) are wild-type alleles) is crossed t