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Question 3: what is the phenotypic ratio resulting from the dihybrid cross of two
heterozygote individuals showing independent assortment expected to be.
In the Mendelian ratio, a dihybrid cross where alleles assort independently from two different
genes to gametes, the phenotypic ratio is 9:3:3:1
For example, dihybrid crosses of two heterozygous fruit flies, red eyes and brown eyes, will
yield the offspring with nine possible genotypes and four possible phenotypes. The phenotypic
ratio is nine (red eyes and brown body), three (red eyes and black body), three (brown eyes and
brown body), and one (brown eye and black body).
.

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Question 3: what is the phenotypic ratio resulting from the dihybrid cross of two heterozygote individuals showing independent assortment expected to be. In the Mendelian ratio, a dihybrid cross where alleles assort independently from two different genes to gametes, the phenotypic ratio is 9:3:3:1 F ...
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