A) Covariance
B) Standard deviation
C) Correlation coefficient
D) Variance
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Multiple Choice
A) (n - 1)
B) (n - 2)
C) (n - 1) /2
D) 2(n - 1)
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True/False
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Multiple Choice
A) The amount of variance due to genetic factors only
B) The amount of variance due to environmental factors only
C) The difference between the variance attributed to genetic and environmental factors
D) The sum of the genetic and environmental variances
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True/False
Correct Answer
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Multiple Choice
A) Genetic variance
B) Environmental variance
C) Both variances
D) Neither variance
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True/False
Correct Answer
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Multiple Choice
A) (n + 1)
B) 2(n + 1)
C) (n - 1) /n
D) (n - 1)
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Multiple Choice
A) The majority of the phenotypic variation has a genetic basis
B) The majority of the phenotypic variation has an environmental basis
C) The trait is polygenic
D) There is a significant difference between the two strains
E) None of the answers are correct
Correct Answer
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Multiple Choice
A) The total variance minus environmental variance
B) Total variance minus genetic variance
C) Genetic variance divided by environmental variance
D) Genetic variance divided by total variance
E) None of the answers are correct
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True/False
Correct Answer
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Multiple Choice
A) Increase the sample size
B) Decrease the sample size
C) Nothing, the value will remain the same regardless of sample size
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True/False
Correct Answer
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True/False
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Multiple Choice
A) Two inbred strains that differ in a quantitative trait are crossed.
B) The F1 offspring are crossed with each other.
C) The F2 offspring contain different combinations of the parental chromosomes.
D) By using genetic markers, it is determined which parent each chromosome came from and thus isolate the genes.
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Multiple Choice
A) The values for the traits must have been obtained from unbiased sampling
B) The relationship between the two traits must be linear
C) The traits must follow a normal distribution
D) All of the answers are correct
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True/False
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Multiple Choice
A) Individuals fall into distinct classes for comparison
B) The phenotypic variation for the trait is continuous
C) The frequency distribution follows a bell-shaped curve
D) All of the answers are correct
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Multiple Choice
A) They must differ for the quantitative trait
B) They must differ for the molecular markers
C) Both of the above must be true
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Multiple Choice
A) The centromere
B) Transposon sites
C) Structural genes
D) Molecular markers such as RFLPs
Correct Answer
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