Answered: What happened to the recessive alleles…

What happened to the recessive alleles in this following scenarios: A. Complete zygotic selection against recessive individual B. Migration C. Random mating D. Random Genetic Drift

Concepts of Biology

1st Edition

ISBN:9781938168116

Author:Samantha Fowler, Rebecca Roush, James Wise

Publisher:Samantha Fowler, Rebecca Roush, James Wise

Chapter11: Evolution And Its Processes

Section: Chapter Questions

Problem 7RQ: In which of the following pairs do both evolutionary processes introduce new genetic variation into...

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What happened to the recessive alleles in this following scenarios: A. Complete zygotic selection against recessive individual B. Migration C. Random mating D. Random Genetic Drift

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What happened to the recessive alleles in this following scenarios: A. Complete zygotic selection against recessive individual B. Migration C. Random mating
Which statement best summarizes why genetic drift tends to impact small populations more than large populations? A. Small populations have a heterozygote advantage because heterozygotes are more common than homozygotes. B. Small populations have a smaller gene pool, so random changes influence them more. C. Small populations have a relatively large gene pool, so the founder effect stabilizes their alleles.D. Small populations tend to experience directional selection, making one phenotype more common.
Which one of the four forces of evolution has the smallest effect on changing allele frequencies? a. Drift b. Gene flow c. Mutation d. Selection
Genetic drift can be defined as Group of answer choices A. accidental changes in DNA structure b.how lazy loci evolve c. random change in allele frequency over time D. differences in fitness between alleles
When male lions reach sexual maturity, they leave their group in search of a new pride. This can alter the allele frequencies of the population through which of the following mechanisms? a. natural selection b. genetic drift c. gene flow d. random mating
Under genetic drift, if an allele’s frequency is 1%, what is the likelihood that it will be lost from the population? part B; Construct a graph that describes the likelihood of fixation of a particular allele, for a small population that is under Wright-Fisher genetic drift. Don’t forget to label axes completely.
What is true of populations that are in Hardy-Weinberg equilibrium? a. Organisms are constantly migrating. b. Mating is random. c. The populations must be very small. d. Natural selection is occurring.
Which option would not disturb a Hardy-Weinberg Equilibrium in a population? a) Random mating b) Gene flow c) Genetic drift d) Genetic mutation
what would happen to the gene frequencies during this following scenarios? a. complete selection b. migration c. random genetic drift.
Change in allele frequency of a population is called_____ . a. macroevolution c. inbreeding b. adaptive radiation d. microevolution
Which of the evolutionary processes discussed in the material presented can introduce genetic variation into a population? a) natural selection and genetic drift b) mutation and gene flow c) natural selection and nonrandom mating d) mutation and genetic drift
a. What effect does combining genetic drift and natural selection have on beneficial mutations? b. How would you it change if population size increases