Problem Set #2

This assignment is for Problem Set #2 (https://studentsrockdalek12ga-my.sharepoint.com/:b:/g/personal/tjones1_rockdale_k12_ga_us1/EVYpgTJVIe1EsazxP1vOaCYBaskJfxXXWIzMTJa4dnT4_Q?e=h5ZmAA)

Your grade for this assignment will be based on two components.
1) Your answers to these questions.
2) Your graded work on select questions.

1

Q1: The allele for which color is dominant?

0.25

Q2: What type(s) of gametes will form in individuals with the following genotypes?

a. AABB

0.25

Q2: What type(s) of gametes will form in individuals with the following genotypes?

b. AaBB

0.25

Q2: What type(s) of gametes will form in individuals with the following genotypes?

c. Aabb

0.25

Q2: What type(s) of gametes will form in individuals with the following genotypes?

d. AaBb

0.5

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

a. AAbb

0.5

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

b. aaBB

0.5

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

c. AaBbCc

0.5

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

d. aabbcc

0.5

Q4. Indicate which blood groups of potential fathers would be exonerated.

a. Child: A

0.5

Q4. Indicate which blood groups of potential fathers would be exonerated.

b. Child: B

0.5

Q4. Indicate which blood groups of potential fathers would be exonerated.

c. Child: AB

0.5

Q4. Indicate which blood groups of potential fathers would be exonerated.

d. Child: O

0.5

Q4. Indicate which blood groups of potential fathers would be exonerated.

e. Child: A

1

5. Give the phenotypic ratio of offspring from a cross of a deformed leg, brown rabbit with a deformed-leg, white rabbit.

Answer format: # Phenotype 1 : # Phenotype 2 : # Phenotype 3: # Phenotype 4

1

Q6. What is the probability that a second child will have the normal number of digits?

1

Q7. What are the genotypes of the parents in the mating described.

0.5

Q8. How do you account for the results of the first cross? (Give the parent genotype)

0.5

Q8: How do explain the unusual ratio obtained from the second cross?

0.5

Q9a. How many pairs of genes are regulating the tail length character?

0.5

Q9b. What offspring phenotypes would you expect from a mating between a 15 cm and 30 cm tail length pig?

0.5

Q10a. Determine the genotypes of the parents

0.5

Q10b. Determine the genotypes of the parents

0.5

Q11. Determine the genotypes of the dogs

a. Golden female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

0.5

Q11. Determine the genotypes of the dogs

b. black female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

1

Q19. How many of them would you expect to have red, axial flowers?

0.5

Q14. How many genes are involved?

0.5

Q14. Explain why the F1 are all red and how the 9:6:1 ratio occurred?

0.33

Q15a. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

0.33

Q15b. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

0.33

Q15c. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Problem Set #2

Q1: The allele for which color is dominant?

Q2: What type(s) of gametes will form in individuals with the following genotypes?a. AABB

Q2: What type(s) of gametes will form in individuals with the following genotypes?b. AaBB

Q2: What type(s) of gametes will form in individuals with the following genotypes?c. Aabb

Q2: What type(s) of gametes will form in individuals with the following genotypes?d. AaBb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.a. AAbb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.b. aaBB

Q3: Determine the probability of obtaining the indicated genotype in an offspring.c. AaBbCc

Q3: Determine the probability of obtaining the indicated genotype in an offspring.d. aabbcc

Q4. Indicate which blood groups of potential fathers would be exonerated.a. Child: A

Q4. Indicate which blood groups of potential fathers would be exonerated.b. Child: B

Q4. Indicate which blood groups of potential fathers would be exonerated.c. Child: AB

Q4. Indicate which blood groups of potential fathers would be exonerated.d. Child: O

Q4. Indicate which blood groups of potential fathers would be exonerated.e. Child: A

5. Give the phenotypic ratio of offspring from a cross of a deformed leg, brown rabbit with a deformed-leg, white rabbit.Answer format: # Phenotype 1 : # Phenotype 2 : # Phenotype 3: # Phenotype 4

Q6. What is the probability that a second child will have the normal number of digits?

Q7. What are the genotypes of the parents in the mating described.

Q8. How do you account for the results of the first cross? (Give the parent genotype)

Q8: How do explain the unusual ratio obtained from the second cross?

Q9a. How many pairs of genes are regulating the tail length character?

Q9b. What offspring phenotypes would you expect from a mating between a 15 cm and 30 cm tail length pig?

Q10a. Determine the genotypes of the parents

Q10b. Determine the genotypes of the parents

Q11. Determine the genotypes of the dogsa. Golden female x golden maleAnswer format: Golden F (genotype) x Golden M (genotype)

Q11. Determine the genotypes of the dogsb. black female x golden maleAnswer format: Golden F (genotype) x Golden M (genotype)

Q19. How many of them would you expect to have red, axial flowers?

Q14. How many genes are involved?

Q14. Explain why the F1 are all red and how the 9:6:1 ratio occurred?

Q15a. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15b. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15c. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q1: The allele for which color is dominant?

Q2: What type(s) of gametes will form in individuals with the following genotypes?a. AABB

Q2: What type(s) of gametes will form in individuals with the following genotypes?b. AaBB

Q2: What type(s) of gametes will form in individuals with the following genotypes?c. Aabb

Q2: What type(s) of gametes will form in individuals with the following genotypes?d. AaBb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.a. AAbb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.b. aaBB

Q3: Determine the probability of obtaining the indicated genotype in an offspring.c. AaBbCc

Q3: Determine the probability of obtaining the indicated genotype in an offspring.d. aabbcc

Q4. Indicate which blood groups of potential fathers would be exonerated.a. Child: A

Q4. Indicate which blood groups of potential fathers would be exonerated.b. Child: B

Q4. Indicate which blood groups of potential fathers would be exonerated.c. Child: AB

Q4. Indicate which blood groups of potential fathers would be exonerated.d. Child: O

Q4. Indicate which blood groups of potential fathers would be exonerated.e. Child: A

5. Give the phenotypic ratio of offspring from a cross of a deformed leg, brown rabbit with a deformed-leg, white rabbit.Answer format: # Phenotype 1 : # Phenotype 2 : # Phenotype 3: # Phenotype 4

Q6. What is the probability that a second child will have the normal number of digits?

Q7. What are the genotypes of the parents in the mating described.

Q8. How do you account for the results of the first cross? (Give the parent genotype)

Q8: How do explain the unusual ratio obtained from the second cross?

Q9a. How many pairs of genes are regulating the tail length character?

Q9b. What offspring phenotypes would you expect from a mating between a 15 cm and 30 cm tail length pig?

Q10a. Determine the genotypes of the parents

Q10b. Determine the genotypes of the parents

Q11. Determine the genotypes of the dogsa. Golden female x golden maleAnswer format: Golden F (genotype) x Golden M (genotype)

Q11. Determine the genotypes of the dogsb. black female x golden maleAnswer format: Golden F (genotype) x Golden M (genotype)

Q19. How many of them would you expect to have red, axial flowers?

Q14. How many genes are involved?

Q14. Explain why the F1 are all red and how the 9:6:1 ratio occurred?

Q15a. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15b. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15c. What are the probable genotypes of the father, mother, and children?Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q2: What type(s) of gametes will form in individuals with the following genotypes?

a. AABB

Q2: What type(s) of gametes will form in individuals with the following genotypes?

b. AaBB

Q2: What type(s) of gametes will form in individuals with the following genotypes?

c. Aabb

Q2: What type(s) of gametes will form in individuals with the following genotypes?

d. AaBb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

a. AAbb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

b. aaBB

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

c. AaBbCc

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

d. aabbcc

Q4. Indicate which blood groups of potential fathers would be exonerated.

a. Child: A

Q4. Indicate which blood groups of potential fathers would be exonerated.

b. Child: B

Q4. Indicate which blood groups of potential fathers would be exonerated.

c. Child: AB

Q4. Indicate which blood groups of potential fathers would be exonerated.

d. Child: O

Q4. Indicate which blood groups of potential fathers would be exonerated.

e. Child: A

5. Give the phenotypic ratio of offspring from a cross of a deformed leg, brown rabbit with a deformed-leg, white rabbit.

Answer format: # Phenotype 1 : # Phenotype 2 : # Phenotype 3: # Phenotype 4

Q11. Determine the genotypes of the dogs

a. Golden female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

Q11. Determine the genotypes of the dogs

b. black female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

Q15a. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15b. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15c. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q2: What type(s) of gametes will form in individuals with the following genotypes?

a. AABB

Q2: What type(s) of gametes will form in individuals with the following genotypes?

b. AaBB

Q2: What type(s) of gametes will form in individuals with the following genotypes?

c. Aabb

Q2: What type(s) of gametes will form in individuals with the following genotypes?

d. AaBb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

a. AAbb

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

b. aaBB

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

c. AaBbCc

Q3: Determine the probability of obtaining the indicated genotype in an offspring.

d. aabbcc

Q4. Indicate which blood groups of potential fathers would be exonerated.

a. Child: A

Q4. Indicate which blood groups of potential fathers would be exonerated.

b. Child: B

Q4. Indicate which blood groups of potential fathers would be exonerated.

c. Child: AB

Q4. Indicate which blood groups of potential fathers would be exonerated.

d. Child: O

Q4. Indicate which blood groups of potential fathers would be exonerated.

e. Child: A

5. Give the phenotypic ratio of offspring from a cross of a deformed leg, brown rabbit with a deformed-leg, white rabbit.

Answer format: # Phenotype 1 : # Phenotype 2 : # Phenotype 3: # Phenotype 4

Q11. Determine the genotypes of the dogs

a. Golden female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

Q11. Determine the genotypes of the dogs

b. black female x golden male

Answer format: Golden F (genotype) x Golden M (genotype)

Q15a. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15b. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many

Q15c. What are the probable genotypes of the father, mother, and children?

Answer format: Father (genotype), Mother (genotype), Children (genotype, genotype, genotype, genotype) <- some questions do not have this many