Question

gregor mendel used pea plants that were heterozygous for each of two traits—seed color and seed shape—to generate a dihybrid cross. the phenotypic ratio of the resulting offspring was nine with round and yellow seeds, three with round and green seeds, three with wrinkled and yellow seeds, and one with wrinkled and green seeds. from these results, what could mendel conclude?

Answer 1

Answer:Traits are inherited as pairs, sets, or groups. or Gametes carry one allele for each trait.

Explanation:

Answer 2

In the dihybrid cross, Mendel got a 9:3:3:1 phenotypic ratio. By this ratio, Mendel could conclude the Law of independent assortment.

What is a Dihybrid cross?

When any two characters are considered together for experimental purposes, it is known as a dihybrid cross.

A Mendelian dihybrid cross reveals the 9:3:3:1 phenotypic ratio. With the help of this ratio, Mendel only wants to conclude the Law of independent assortment, which states that when two or more characters are inherited together then alleles of such genes assort independently in the gametes and produce maximum possible genotypes.

Therefore, in the dihybrid cross, Mendel got a 9:3:3:1 phenotypic ratio. By this ratio, Mendel could conclude the Law of independent assortment.

To learn more about Mendel's Law, refer to the link:

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