In bears, (F) is the dominant allele for brown fur and (f) is the recessive allele for white fur. If a heterozygous male bear is crossed with homozygous recessive female. what would be the probability of the following combinations of offspring? a. A litter of six cubs all with white fur ? b. A litter of five cubs, two with brown fur and three with white fur? c. A litter of seven cubs, and the first six cubs, one with white fur and five with brown fur, and the last born cub with white fur.

Question

In bears, (F) is the dominant allele for brown fur and (f) is the recessive allele for white fur. If a heterozygous male bear is crossed with homozygous recessive female. what would be the probability of the following combinations of offspring? a. A litter of six cubs all with white fur ? b. A litter of five cubs, two with brown fur and three with white fur? c. A litter of seven cubs, and the first six cubs, one with white fur and five with brown fur, and the last born cub with white fur.
d. A first litter of eight cubs, five with brown fur and three and three with white fur, and then a second litter of six cubs, four with brown fur and two with white fur.
e. A first litter of five cubs, four with brown fur and one with white fur, and then a second litter of seven cubs in which the first born is homozygous, the second born is brown, and the remaining five cubs are four brown and one white.