Short hair is due to a dominant gene L and long ahir to its recessive allele 1 (in rabbit). A cross between a short-haired female and a long haired male produces a litter of 1 long haired and 7 short haired bunnies. What are the genotypes of the parents

Suppose that in sheep, a dominant allele (B) produces black hair and a recessive allele (b) produces white hair. If you saw a black sheep, you would be able to identify

In fruits flies, L = long wings and l = short wings. The offsprings exhibit a 1:1 ratio when a long-winged fly is crossed with short-winged fly. What is the genotype of parents?

In a breed of dog, long-haired phenotype is recessive to short-hair. In a litter , one pup is short-haired and its sibling is long-haired. Consider the following possible phenotypes of the parents. i. both parents are short-haired ii. Both parents are long-haired iii. One parent is short-haired , and one is long -haired Choose the CORRECT combination of the possible parental phenotype.

In pea plants, the long- stem trait (L) is dominant and the short-stem trait(I) is recessive. Two pea plants were crossed, producing seeds that yielded 165 long-stem plants and 54 short-stem plants. The genotypes of the parent plants were most likely

In humans, short fingers and discontinuous hairline are dominant over long fingers and continuous hairline. A heterozygote in both regards reproduces with a similar heterozygote. What is the chance of any one child having the same phenotype as the parents?

In rabbit black skin (B) is dominant over brown skin (b) and short hair (S) is dominant over long hair (s). If homozygous black-short haired male is ceossed with a homozygous brown-long haired female. All F_(1)- offspring are heterozygous black-short haired. F_(1) male crossed with F_(1) female. In F_(2) generation what is the percentage of homozyhous black-short haired offspring :-