The following genotypes are found in a population:
AA 50 Aa 40 aa 10
What are the allele frequencies of A and a?
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A = 0.6 and a = 0.4 |
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A = 0.4 and a = 0.6 |
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A = 0.9 and a = 0.1 |
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A = 0.7 and a = 0.3 |
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A = 0.3 and a = 0.7 |
The following genotypes are found in a population: AA 50 Aa 40 aa 10 What are...
The graph below depicts frequency curves of the three different genotypes for this locus at Hardy- Weinberg equilibrium across all possible allele frequencies. Based on this graph H2H2 H1H1 H1H2 Genotype frequencies 0 + P O 9 0.1 0.9 1 0.2 0.8 0.9 0.3 0.4 0.5 0.6 0.7 0.6 0.5 0.4 Allele frequencies 0.7 0.3 0.8 0.2 The relationship between genotype and allele frequencies for 3 genotypes of bighom sheep, where H1=p and H2= If the allele frequency for H1...
In a population, researchers found three genotypes for the gene A with following frequencies: AA: 0.25 Aa: 0.26 aa: 0.49 Question 2 With the present allele frequencies, what proportions of the dominant phenotype would you expect in the population if it were at Hardy Weinberg equilibrium? (rounded to the nearest digit) O 0.62 O 0.51 O 0.69 O 0.77 O 0.14
1a. What are the genotype frequencies and allele frequencies in a population with 20 AA genotypes, 25 AB genotypes, and 5 BB genotypes? 1b. What is the chance that you are a carrier for a given trait, if allele "A" is 20% and allele "a" is 80%?
The table shows a population consisting of 80 individuals for which genotypes AA, Aa, and aa have been identified and counted. This organism is a diploid, and A and a are the only alleles at the locus. Using the data from this table as a starting point, categorize each statement below as true or false. Genotype Number of individuals АА 40 Aa 30 aa 10 Total 80 The a allele frequency is 1-0.6875 = 0.3125. The number of a alleles...
The table shows a population consisting of 80 individuals for which genotypes AA, Aa, and a have been identified and counted. This organism is a diploid, and A and a are the only alleles at the locus. Using the data from this table as a starting point, categorize each statement below as true or false. Aa Genotype Number of individuals АА 40 30 aa 10 Total 80 The frequency of the A allele is 0.6875 The number of a alleles...
A population of 100 pea plants has the following genotype frequencies: 70% YY, 20% Yy, 10% yy. a. How many alleles in total are in the population? A. 400 B. 200 C. 100 D. 800 b. What are the allele frequencies within the population? A. Y= 0.3, y = 0.7 B. Y= 0.7, y= 0.3 C. Y= 0.8, y= 0.2 D. Y= 0.9, y= 0.1
The goal of this exercise is to apply population genetics. The frequencies of AA, Aa, and aa genotypes in a chicken population are 0.2, 0.6 and 0.2 respectively. Answer the following questions and show your work supporting your answers: 2.1) [15 points] Provide the genotype and allele frequencies that will be present in the next generation if the previous population is mated to a second population that has for the genotypes AA, Aa, and aa frequencies 0.05, 0.6, and 0.35,...
The goal of this exercise is to apply population genetics. The frequencies of AA, Aa, and aa genotypes in a chicken population are 0.2, 0.6 and 0.2 respectively. Answer the following questions and show your work supporting your answers: 2.1) [15 points] Provide the genotype and allele frequencies that will be present in the next generation if the previous population is mated to a second population that has for the genotypes AA, Aa, and aa frequencies 0.05, 0.6, and 0.35,...
1) you observe a population with 4000 zygotes with the genotype AA,800 zygotes with the genotype Aa, and 50 zygotes with the genotype aa. a) what are the frequencies of the three genotypes and the A and a alleles in the zygotes? b) you come back later to this population and determined there are the following number of juveniles:3000 AA, 700 Aa, and 12 aa genotype. calculate the relative fitness w, and the selection coefficient for each of he 3...
Calculate the allele frequencies of A and a in the following population. AA individuals 50,Aa individuals 50, aa individuals 400. Show your calculations and explain is the population in Hardy Weinberg equilibrium (with work shown)?