So frequency of rh allele = ^sq 0.2 = 0.447 So frequency of Rh allele = 1-0.447 = 0.553 9. A population has 300 homozygous dominant, 150 heterozygous, and 250 hor genotypes. a. Calculate the p and q frequencies for this original population. b. After 5 generations, the genotype frequency changes. The new popul dominant, 150 heterozygous, and 260 homozygous recessive genotyp Hardy-Weinberg equilibrium?
So frequency of rh allele = ^sq 0.2 = 0.447 So frequency of Rh allele = 1-0.447 = 0.553 9. A population has 300 homozygous dominant, 150 heterozygous, and 250 hor genotypes. a. Calculate the p and q frequencies for this original population. b. After 5 generations, the genotype frequency changes. The new popul dominant, 150 heterozygous, and 260 homozygous recessive genotyp Hardy-Weinberg equilibrium?
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:Ph/rh genotype = 40/200 = 1/5 0.2
So frequency of rh allele = ^sq 0.2 = 0.447
So frequency of Rh allele =1-0.447 = 0.553
9. A population has 300 homozygous dominant, 150 heterozygous, and 250 homozygous recessive
genotypes.
a. Calculate the p and q frequencies for this original population.
b. After 5 generations, the genotype frequency changes. The new population has 290 homozygous
dominant, 150 heterozygous, and 260 homozygous recessive genotypes. D Is this population in
Hardy-Weinberg equilibrium?
10. You collect 100 samples from a large butterfly population. 50 specimens are dark brown, 20 are speckled,
and 30 are white. Coloration in this species of butterfly is controlled by one gene locus: BB individuals are
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