Question 6 Some individual white clover (Trifolium repens) plants can produce cyanide sugars, while others cannot. This trait is controlled by a single gene with two alleles (C and N). A Punnett Square depicting the potential offspring of two heterozygous white clover plants is shown to the right. C N C CC CN CN NN a. What type of dominance relationship do the alleles display for this trait? • Complete dominance • Incomplete dominance • Co-dominance Produces cyanide sugars Does not produce cyanide |sugars b. What are the phenotypes of the parent plants in this cross? • Neither produces cyanide sugars • One produces cyanide sugars and the other does not • Both produce cyanide sugars Dr. Wright measured a population of 200 white clover plants in Glassboro and found that 98 plants did not produce cyanide sugars. c. What is the frequency of the NN genotype? d. Assuming that the population is in Hardy-Weinberg equilibrium, what is the frequency of the N allele? e. What is the frequency of the C allele? f. What is the frequency of the CC genotype? g. What number/count of plants were heterozygous? CN NN Survival rates 90% 90% 96% h. Relative fitnesses? i. Selection coefficients?

Human Anatomy & Physiology (11th Edition)
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Question 6
Some individual white clover (Trifolium repens)
plants can produce cyanide sugars, while others
cannot. This trait is controlled by a single gene with
two alleles (C and N). A Punnett Square depicting
the potential offspring of two heterozygous white
clover plants is shown to the right.
CN
N
CN
NN
a. What type of dominance relationship do the
alleles display for this trait?
Complete dominance
• Incomplete dominance
Co-dominance
Produces cyanide sugars
Does not produce cyanide
sugars
b. What are the phenotypes of the parent plants in this cross?
• Neither produces cyanide sugars
One produces cyanide sugars and the other does not
Both produce cyanide sugars
Dr. Wright measured a population of 200 white clover plants in Glassboro and
found that 98 plants did not produce cyanide sugars.
c. What is the frequency of the NN genotype?
d. Assuming that the population is in Hardy-Weinberg equilibrium, what is
the frequency of the N allele?
e. What is the frequency of the C allele?
f. What is the frequency of the CC genotype?
g. What number/count of plants were heterozygous?
CN
NN
Survival rates
90%
90%
96%
h. Relative fitnesses?
i. Selection coefficients?
Transcribed Image Text:Question 6 Some individual white clover (Trifolium repens) plants can produce cyanide sugars, while others cannot. This trait is controlled by a single gene with two alleles (C and N). A Punnett Square depicting the potential offspring of two heterozygous white clover plants is shown to the right. CN N CN NN a. What type of dominance relationship do the alleles display for this trait? Complete dominance • Incomplete dominance Co-dominance Produces cyanide sugars Does not produce cyanide sugars b. What are the phenotypes of the parent plants in this cross? • Neither produces cyanide sugars One produces cyanide sugars and the other does not Both produce cyanide sugars Dr. Wright measured a population of 200 white clover plants in Glassboro and found that 98 plants did not produce cyanide sugars. c. What is the frequency of the NN genotype? d. Assuming that the population is in Hardy-Weinberg equilibrium, what is the frequency of the N allele? e. What is the frequency of the C allele? f. What is the frequency of the CC genotype? g. What number/count of plants were heterozygous? CN NN Survival rates 90% 90% 96% h. Relative fitnesses? i. Selection coefficients?
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