Make a P-generation for the two fishes below. ○ Fish 1 (Heterozygous black scales, heterozygous long tail) ○ Fish 2 (Homozygous black scales, heterozygous long tail) Then, make a Punnett square, and solve for the probability of traits that their offspring will have

Make a P-generation for the two fishes below. ○ Fish 1 (Heterozygous black scales, heterozygous long tail) ○ Fish 2 (Homozygous black scales, heterozygous long tail) Then, make a Punnett square, and solve for the probability of traits that their offspring will have

Name: Make a P-generation for the two fishes below.○ Fish 1 (Heterozygous bl
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Description: Make a P-generation for the two fishes below.○ Fish 1 (Heterozygous black scales, heterozygous long tail)○ Fish 2 (Homozygous black scales, heterozygous long tail)Then, make a Punnett square, and solve for the probability of traits that their offspri

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter19: Population Genetics And Human Evolution

Section: Chapter Questions

Problem 8QP: How Can We Measure Allele Frequencies in Populations? In a population where the females have the...

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After making the Punnett square for the P-generation, you should have come up with the probabilities of the offspring having the combination of traits for the tail and scales. Write the probabilities down in a table. Assign a range of random numbers between 1 and 10 000 to each of the combinations produced in the Punnett square. The range must correspond with the percentage of each combination. Write the assigned ranges down in a table. For example: each of the combinations has a 25% chance of being produced. Thus, combination 1 will have a range of 1 to 2 500, combination 2 will have a range of 2 501 to 5 000, combination 3 will have a range of 5 001 to 7 500, and combination 4 will have a range of 7 501 to 10 000.
If you observe a selection coefficient of 0.025 against recessive homozygotes, what is the relative fitness of these recessive homozygotes? (please give your answer to three decimal places)
What is allele frequency? How do you get the allele frequency? Give formula and cite example. Give factors that affect allele frequency.
Give typing answer with explanation and conclusion What is a phenotype and how is it determined? What is phenotypic plasticity? Over what time scale does phenotypic plasticity act? Why would animals want to have plastic phenotypes?
How Can We Measure Allele Frequencies in Populations? In a population where the females have the allelic frequencies A = 0.35 and a = 0.65 and the frequencies for males are A = 0.1 and a = 0.9, how many generations will it take to reach HardyWeinberg equilibrium for both the allelic and the genotypic frequencies? Assume random mating and show the allelic and genotypic frequencies for each generation.
Using pedigree diagrams, calculate the inbreedingcoefficient (F ) for the offspring of (a) parent–offspringmatings; (b) first-cousin matings; (c) aunt–nephewor uncle–niece matings; (d) self-fertilization of ahermaphrodite.
What is the ratio of the possible phenotypes of the offspring when you cross the cats in the image
You are studying three traits in a goldfish variety; body colour (A or a), tail length (B or b) and shape (C or c). Note: Use the uppercase letters for the alleles associated with the dominant phenotypes and the lowercase letters for the alleles associated with the recessive phenotypes. Assume that each of these traits is regulated by one gene. Photo credit https://www.petmd.com Part A. You mate a gold fish (P1) with a white fish (P2) and obtain 100 fish in F1, of which 50 are gold and 50 are white. Write two sets of the possible genotypes of the parental and the resulting F1 fish by filling in the table below. Sets P1 P2 F1 gold fish F1 white fish 1 2 Part B. You cross a true breeding gold fish having long curly tail (P3) with a true breeding gold fish having short and straight tail (P4). All of the resulting F1 fish have long straight tails. Write the genotype of the parental fish (P3 and P4) using the outlined nomenclature.…
In a species of dog, plaid color is represented by P and purple by p, short -tailed is T and long-tailed is t. What are the genotypes of a male who is purple with a long tail, and a female who is homozygous dominant for both traits? Which answer below is true? PpTT & PPTT pptt & PPTT short-tailed purple & long tailed plaid male: purple w/ long tail & female: plaid w/ short tail
First part: determine heritability given below values. Second part: given the calculated values, which trait would you select for to increase the frequency of resistant snails in the fewest number of generations and why?”
There is a generation of rabbits that has 560 individuals with short years in 840 individuals with floppy ears. Short ears are dominant and floppy ears are recessive calculate the dominant allele frequency and the recessive allele frequency
Please answer fast Assume for simplicity that height is a discrete characteristic that is affected most strongly by a single locus with two alleles, T and S. Homozygous TT are taller than average, heterozygous TS are of average height, and homozygous SS are shorter than average. a) In the Dutch population, the results of height on fertility in males is an example of heterozygote advantage, heterozygote disadvantage, general dominance, selection against a dominant phenotype, or selection against a recessive phenotype? b) Would your answer above change for the Dutch women? c) What about the American men and women? d) Can you provide an explanation for the discrepancies in this phenomenon between the Dutch and American populations?