Final answer:
The offspring of the cats with genotype bbss will also have genotype bbss and display recessive phenotypes associated with these alleles; however, the specific phenotype cannot be ascertained without additional trait information.
Step-by-step explanation:
The offspring of two cats with genotype bbss would be identical to the parents, having a homozygous recessive genotype (bbss) and the associated phenotype, which is not provided in the question.
In genetics, when predicting the phenotype of offspring, it is essential to understand how alleles are inherited. The bbss genotype indicates that both the male and female cats are homozygous recessive for the traits in question. When both parents have identical homozygous genotypes, all offspring will inherit the same alleles: one 'b' allele and one 's' allele from each parent, resulting in genotype bbss for all offspring.
As both 'b' and 's' are recessive alleles, and since no dominant alleles are present in the parents to hide the recessive traits, the offspring will exhibit phenotypes that are recessive for both traits. The actual pheno-type cannot be determined without information on what traits 'b' and 's' represent. Nonetheless, commonly in cats, the 'b' allele could be associated with coat color, while the 's' allele might be linked to a trait like tail length or fur pattern, but these details are not specified in the question.