Question

Some mice have either a kinked tail or a normal tail. Kinked tails (K) are dominant. 1. Located on another chromosome is the gene for growth. This gene can either be dominant, causing normal growth (N), or it can be recessive (n), causing obesity in the mouse. Two mice that are heterozygous for a kinked tail and heterozygous for normal growth are crossed. What is the phenotype ratio resulting from this cross? 2. Using the same traits as the previous question, determine the phenotype of an obese mouse that is heterozygous for a kinked tail crossed with an obese mouse with a normal tail. 3. In rabbits, long fur (L) is dominant over short fur (l). There is also a gene that causes spots on the coat of the rabbits. The gene for spotted fur (S) is dominant over the gene for solid-colored fur (s). What phenotypes would be expected from a cross between a homozygous longhaired rabbit that is heterozygous for spotted fur and a rabbit that has short fur and heterozygous for spotted fur? 4. Using the same traits as the previous question, determine the phenotype ratio of a cross between a rabbit that is heterozygous for long hair and spotted fur and a rabbit that has short, solid-colored fur. I need to fill out punnet squares for all of those questions and determine the phenotype ratio. If anyone can help please help!

Answer 1

Answer:

well that's what I have tried I have not understood number 2 so I went for the ones of 3and 4 that's what I have tried

please atlest thank me or mark mebrainilest