Among dogs, short hair is dominant to long hair and dark coat color is dominant to white (albino) coat color. Assume that these two coat traits are caused by
independently segregating gene pairs. For each of the crosses given below, write the most probable genotype (or genotypes if more than one answer is possible) for the
parents. It is important that you select a realistic symbol set and define each symbol below.
Assume that for cross (d), you were interested in determining whether fur color
follows a 3:1 ratio. Set up (but do not complete the calculations) a Chi -square test for these data [fur color in cross (d)].

Question

Among dogs, short hair is dominant to long hair and dark coat color is dominant to white (albino) coat color. Assume that these two coat traits are caused by
independently segregating gene pairs. For each of the crosses given below, write the most probable genotype (or genotypes if more than one answer is possible) for the
parents. It is important that you select a realistic symbol set and define each symbol below.
  Assume that for cross (d), you were interested in determining whether fur color
follows a 3:1 ratio. Set up (but do not complete the calculations) a Chi -square test for these data [fur color in cross (d)].

Quizplus · Accepted Answer

The Answer of Among dogs, short hair is dominant to long hair and dark coat color is dominant to white (albino) coat color. Assume that these two coat traits are caused by
independently segregating gene pairs. For each of the crosses given below, write the most probable genotype (or genotypes if more than one answer is possible) for the
parents. It is important that you select a realistic symbol set and define each symbol below.
  Assume that for cross (d), you were interested in determining whether fur color
follows a 3:1 ratio. Set up (but do not complete the calculations) a Chi -square test for these data [fur color in cross (d)].

Among Dogs, Short Hair Is Dominant to Long Hair and Dark