What would be the result of mating a full color rabbit with a grey rabbit?

In order to understand the outcome of mating a full color rabbit with a grey rabbit, we first need to establish the genetic basis for the coloration of the rabbits. In many cases, color traits in rabbits are influenced by specific alleles, which can exhibit dominance or recessiveness.

If we assume that full color (a dominant trait) and grey (a recessive trait) represent two different alleles at a specific locus, we can denote the full color allele as "F" and the grey allele as "f". A full color rabbit would typically have at least one dominant allele (genotypes could be either "FF" or "Ff"), while a grey rabbit would have to be homozygous recessive (genotype "ff").

Now, when a full color rabbit (let's say its genotype is "Ff") is mated with a grey rabbit ("ff"), the possible offspring genotypes can be determined using a simple Punnett square.

• The full color rabbit can contribute either an "F" or an "f" allele.

• The grey rabbit can only contribute an "f" allele.

This leads to the following combinations in the offspring:

1. "F" from the full color parent and "f" from the grey