### Problem #1**Question:**In rabbits, short hair (S) is dominant over long hair (s). What genotype and phenotype ratios are expected from a cross between two heterozygous shorthaired rabbits?**Parent Generation (P) Cross:**\[ P_{\text{generation}}: \text{Heterozygous Short Hair (Ss)} \times \text{Heterozygous Short Hair (Ss)} \]**Punnett Square:**The Punnett square below is used to illustrate the potential genetic combinations resulting from this cross. Each box represents a possible genotype for the offspring.\[ \begin{array}{c|c|c} & S & s \\\hlineS & SS & Ss \\\hlines & Ss & ss \\\end{array} \]**Explanation:**- The Punnett square shows four possible genotypes: SS, Ss, Ss, and ss.- Each box represents a 25% probability of that genotype appearing in the offspring.**Genotypic Ratio:**The genotypic ratio is the ratio of different genetic combinations in the offspring.- **SS:** 1 (25%)- **Ss:** 2 (50%)- **ss:** 1 (25%)So, the genotypic ratio is 1:2:1.**Phenotypic Ratio:**The phenotypic ratio is the ratio of observable traits in the offspring.- **Short hair (dominant, S):** This includes both homozygous dominant (SS) and heterozygous (Ss). There are 3 combinations with short hair.- **Long hair (recessive, s):** This is homozygous recessive (ss). There is 1 combination with long hair.So, the phenotypic ratio is 3:1.**Summary:**- **Genotypic Ratio:** 1 (SS): 2 (Ss): 1 (ss)- **Phenotypic Ratio:** 3 (Short hair): 1 (Long hair)This ratio shows the expected distribution of genotypes and related phenotypes in the rabbit offspring when two heterozygous short-haired rabbits are crossed.

Name: ### Problem #1**Question:**In rabbits, short hair (S) is dominant ove
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: ### Problem #1**Question:**In rabbits, short hair (S) is dominant over long hair (s). What genotype and phenotype ratios are expected from a cross between two heterozygous shorthaired rabbits?**Parent Generation (P) Cross:**\[ P_{\text{generation}}: