12/10/24, 2:19 PM Review Test Submission: Exam 1 - 2:30pm (2024) – 2021FA-...
Brendan Traynor 45
Home Library Writing Center Launch - Tutoring UH He lp
2024FA-11930-BIOL3301-Genetics Information Exam 1
Review Test Submission: Exam 1 - 2:30pm (2024)
Review Test Submission: Exam 1 - 2:30pm (2024)
User Brendan M Traynor
Course 2024FA-11930-BIOL3301-Genetics
Test Exam 1 - 2:30pm (2024)
Started 9/23/24 2:32 PM
Submitted 9/23/24 3:47 PM
Due Date 9/23/25 4:01 PM
Status Completed
Attempt 32 out of 34 points
Score
Time 1 hour, 15 minutes
Elapsed
Instructions You have the full class meeting time (2:30-4:00PM) to complete this exam. You may
answer each questions once. You will have access to each question one time, and
you cannot backtrack to review your work.
Results All Answers, Submitted Answers, Correct Answers, Incorrectly Answered Questions
Displayed
Question 1 1 out of 1 points
If a trait is X-linked recessive, who would express the trait?
Selected
Answer: females homozygous for the recessive allele and males hemizygous
for the recessive allele
Answers:
females homozygous for the recessive allele and males hemizygous
for the dominant allele
the same proportions of females and males
heterozygous females and males hemizygous for the dominant
allele
,12/10/24, 2:19 PM Review Test Submission: Exam 1 - 2:30pm (2024) – 2021FA-...
females homozygous for the dominant allele and males
hemizygous for the recessive allele
females homozygous for the recessive allele and males hemizygous
for the recessive allele
Question 2 1 out of 1 points
Some copies of the fourth chromosomes in a species of plant have extra DNA
attached to their telomere. The fourth chromosome also has two genetic markers.
A gene affecting flower size is 10 cM from the telomere, and it has two alleles
(normal flowers and small flowers). A gene affecting plant height is 20 cM from the
telomere, and it also has two alleles (normal height and tall).
You cross a true breeding tall plant with small flowers that also has the extra DNA
attached to the telomeres of both copies of the fourth chromosome to another
true bleeding plant that is normal height with normal flowers and normal
telomeres. All of the F1 progeny have normal flowers and are normal height, and
they are each heterozygous for the extra DNA on the telomere of the fourth
chromosome. If you cross the F1 progeny to tall plants with small flowers and
normal telomeres, what do you expect to observe in the F2?
Selected
Answer: Tall plants with small flowers are more likely to have extra DNA on
their telomeres than normal height plants with normal flowers.
Answers:
Tall plants with small flowers are more likely to have extra DNA on
their telomeres than normal height plants with normal flowers.
All plants with extra DNA on their telomeres will be tall with small
flowers.
Normal height plants with normal flowers are more likely to have
extra DNA on their telomeres than tall plants with small flowers.
None of the plants should have extra DNA on their telomeres.
All of the plants should have extra DNA on their telomeres.
Question 3 1 out of 1 points
Copy of
The genes D, L, and Q encode the color, size, and shape of flowers, respectively. D_
individuals have dark flowers, L_ individuals have large flowers, and Q_ individuals
have square flowers. The alleles d, l, and q are recessive, and the cause plants to
, 12/10/24, 2:19 PM Review Test Submission: Exam 1 - 2:30pm (2024) – 2021FA-...
have light flowers, small flowers, and round flowers, respectively. You cross a
DdLlQq triple heterozygote to a ddllqq individual and observe the following
phenotypic ratios:
Phenotype Count
dark, large, round 400
dark, small, square 80
dark, small, round 50
dark, large, square 10
light, small, round 10
light, large, square 80
light, large, round 50
light, small, square 400
What is the order of the three genes?
Selected D-Q-L
Answer:
Answers: L-D-Q
L and Q are on the same chromosome, but D is on a different
chromosome
D-L-Q
D and L are on the same chromosome, but Q is on a different
chromosome
D-Q-L
Question 4 1 out of 1 points
Using the data above and the Chi Square Critical Value table below:
Brendan Traynor 45
Home Library Writing Center Launch - Tutoring UH He lp
2024FA-11930-BIOL3301-Genetics Information Exam 1
Review Test Submission: Exam 1 - 2:30pm (2024)
Review Test Submission: Exam 1 - 2:30pm (2024)
User Brendan M Traynor
Course 2024FA-11930-BIOL3301-Genetics
Test Exam 1 - 2:30pm (2024)
Started 9/23/24 2:32 PM
Submitted 9/23/24 3:47 PM
Due Date 9/23/25 4:01 PM
Status Completed
Attempt 32 out of 34 points
Score
Time 1 hour, 15 minutes
Elapsed
Instructions You have the full class meeting time (2:30-4:00PM) to complete this exam. You may
answer each questions once. You will have access to each question one time, and
you cannot backtrack to review your work.
Results All Answers, Submitted Answers, Correct Answers, Incorrectly Answered Questions
Displayed
Question 1 1 out of 1 points
If a trait is X-linked recessive, who would express the trait?
Selected
Answer: females homozygous for the recessive allele and males hemizygous
for the recessive allele
Answers:
females homozygous for the recessive allele and males hemizygous
for the dominant allele
the same proportions of females and males
heterozygous females and males hemizygous for the dominant
allele
,12/10/24, 2:19 PM Review Test Submission: Exam 1 - 2:30pm (2024) – 2021FA-...
females homozygous for the dominant allele and males
hemizygous for the recessive allele
females homozygous for the recessive allele and males hemizygous
for the recessive allele
Question 2 1 out of 1 points
Some copies of the fourth chromosomes in a species of plant have extra DNA
attached to their telomere. The fourth chromosome also has two genetic markers.
A gene affecting flower size is 10 cM from the telomere, and it has two alleles
(normal flowers and small flowers). A gene affecting plant height is 20 cM from the
telomere, and it also has two alleles (normal height and tall).
You cross a true breeding tall plant with small flowers that also has the extra DNA
attached to the telomeres of both copies of the fourth chromosome to another
true bleeding plant that is normal height with normal flowers and normal
telomeres. All of the F1 progeny have normal flowers and are normal height, and
they are each heterozygous for the extra DNA on the telomere of the fourth
chromosome. If you cross the F1 progeny to tall plants with small flowers and
normal telomeres, what do you expect to observe in the F2?
Selected
Answer: Tall plants with small flowers are more likely to have extra DNA on
their telomeres than normal height plants with normal flowers.
Answers:
Tall plants with small flowers are more likely to have extra DNA on
their telomeres than normal height plants with normal flowers.
All plants with extra DNA on their telomeres will be tall with small
flowers.
Normal height plants with normal flowers are more likely to have
extra DNA on their telomeres than tall plants with small flowers.
None of the plants should have extra DNA on their telomeres.
All of the plants should have extra DNA on their telomeres.
Question 3 1 out of 1 points
Copy of
The genes D, L, and Q encode the color, size, and shape of flowers, respectively. D_
individuals have dark flowers, L_ individuals have large flowers, and Q_ individuals
have square flowers. The alleles d, l, and q are recessive, and the cause plants to
, 12/10/24, 2:19 PM Review Test Submission: Exam 1 - 2:30pm (2024) – 2021FA-...
have light flowers, small flowers, and round flowers, respectively. You cross a
DdLlQq triple heterozygote to a ddllqq individual and observe the following
phenotypic ratios:
Phenotype Count
dark, large, round 400
dark, small, square 80
dark, small, round 50
dark, large, square 10
light, small, round 10
light, large, square 80
light, large, round 50
light, small, square 400
What is the order of the three genes?
Selected D-Q-L
Answer:
Answers: L-D-Q
L and Q are on the same chromosome, but D is on a different
chromosome
D-L-Q
D and L are on the same chromosome, but Q is on a different
chromosome
D-Q-L
Question 4 1 out of 1 points
Using the data above and the Chi Square Critical Value table below:
