Question

1. mr. krabls and his wife recently had a lil krabby, but it has not been a happy occasion for them. mrs. krabls has been upset since she first saw her new baby who had short eyeballs. she claims that the hospital goofed and mixed up her baby with someone elses baby. mr. krabls is homozygous for his tall eyeballs, while his wife is heterozygous for her tall eyeballs. some members of her family have short eyes, which is the recessive trait. create a punnett square using t for the dominant gene and t for the recessive one. a. list the possible genotypes and phenotypes for their children tt tt b. did the hospital make a mistake? explain your answer. mr. krabls and his wife have a little krabby but it has not been a happy time for them. mrs. krabls has been upset since she first saw the baby who has short eyeballs. she says the hospital gave her the wrong baby. mr. krabls is homozygous for his tall eyeballs, while his wife is heterozygous for her tall eyeballs. some members of the family have short eyeballs which is a recessive trait. make a punnett square to figure out the following?use t for dominant genes and t for the recessive one. what are the possible genotypes of the kids? tt tt tt 33 mr. krabls and his wife have a little krabby but it has not been a happy time for them. mrs. krabls has been upset since she first saw the baby who has short eyeballs. she says the hospital gave her the wrong baby. mr. krabls is homozygous for his tall eyeballs, while his wife is heterozygous for her tall eyeballs. some members of the family have short eyeballs which is a recessive trait. make a punnett square to figure out the following?use t for dominant genes and t for the recessive one. what is the possible phenotype? short eyes no eyes tall eyes mid sized eyes

Explanation:

Step1: Determine the parents' genotypes

Mr. Krabs is homozygous for tall eyeballs, so his genotype is \( TT \). Mrs. Krabs is heterozygous for tall eyeballs, so her genotype is \( Tt \).

Step2: Create the Punnett square

	\( T \)	\( T \)
\( t \)	\( Tt \)	\( Tt \)

Step3: Analyze the genotypes and phenotypes

• Genotypes: \( TT \) and \( Tt \)
• Phenotypes: Since \( T \) (tall) is dominant over \( t \) (short), all offspring will have tall eyeballs.

Answer:

A. Genotypes: \( TT \) (homozygous tall), \( Tt \) (heterozygous tall); Phenotypes: All tall eyeballs.
B. No, the hospital did not make a mistake. As shown in the Punnett square, there is no \( tt \) (short - eyeballed) genotype possible from \( TT\times Tt \) cross. All children will have at least one dominant \( T \) allele, so they should have tall eyeballs. But if we consider the multiple - choice part (assuming it's related to the overall problem):
For the genotype multiple - choice: \( Tt \) and \( TT \) are correct.
For the phenotype multiple - choice: tall eyes is correct.