The fruit fly cross shown here analyzes the transmission of two genes in the X chromosome. The male parent has mutant alleles for both the white gene (w^-) and the crossveinless gene (cv^-). The female parent has nonmutant forms of these genes (w⁺ and cw⁺). Use the figure below to answer the following question:
After breeding the F₁ generation (brother and sister mating), all the female progeny would have the same genotype and phenotype.

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The Answer of The fruit fly cross shown here analyzes the transmission of two genes in the X chromosome. The male parent has mutant alleles for both the white gene (w^-) and the crossveinless gene (cv^-). The female parent has nonmutant forms of these genes (w⁺ and cw⁺). Use the figure below to answer the following question: After breeding the F₁ generation (brother and sister mating), all the female progeny would have the same genotype and phenotype.

The Fruit Fly Cross Shown Here Analyzes the Transmission of Two