According to the hardy-weinberg principle genetic equilibrium
According to the Hardy-Weinberg principle, which of the following is most likely to disrupt genetic equilibrium? Lack of movement B. Large population size C. Lack of genetic variation D. Nonrandom mating Original conversation User: According to the Hardy-Weinberg principle, which of the following is most likely to disrupt genetic equilibrium? Nonrandom mating Weegy: According to the Hardy-Weinberg principle: Nonrandom mating is most likely to disrupt genetic equilibrium.
Score 1 Janet17 Points User: Which of the following efforts to control a virus would be ineffective?
Avoiding contact with infected individuals B. Handwashing C. The use of vaccines D. The use of antibiotics Weegy: To control a virus, the use of antibiotics would be ineffective. Score 1 Malekith22 Points User: Suppose a population is carrying a condition controlled by two alleles: R dominant and r recessive.]
According to the hardy-weinberg principle genetic equilibrium - apologise, but
Summary Introduction Introduction: According to the Hardy-Weinberg principle, a population in genetic equilibrium must meet five conditions: there must be no genetic drift, no gene flow, no mutation, mating must be random and there must be no natural selection. Violation of any of the five conditions, the population will not be in genetic equilibrium. A population of flowering plants always has the same group of natural predators. The same group of natural predators may lead change in new population traits. Thus, this is the correct answer. The explanation for the incorrect answer : Option A. A large population of deer inhabits a forest region. No change in population traits. Thus, this is an incorrect option. Option B. according to the hardy-weinberg principle genetic equilibrium. Can: According to the hardy-weinberg principle genetic equilibrium
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| DISSERTATION PROOFREADING SERVICES | Textbook solution for Biology Illinois Edition (Glencoe Science) 7th Edition Alton Biggs Chapter 17 Problem 5STP. We have step-by-step solutions for your textbooks written by Bartleby experts! Hardy-Weinberg & Genetic Equilibrium. Hardy-Weinberg principle – allele frequencies in a population will remain constant unless one or more factors cause those frequencies to change.. Genetic equilibrium – condition in which allele frequencies remain constant. We have explored natural selection and genetic drift as two types of evolution. 1 day ago · User: According to the Hardy-Weinberg principle, which of the following is most likely to disrupt genetic equilibrium? A. Lack of movement B. Large population size C. Lack of genetic variation D. Nonrandom mating Weegy: According to the Hardy-Weinberg principle: Nonrandom mating is most likely to disrupt genetic equilibrium. |
According to the hardy-weinberg principle genetic equilibrium Video
Hardy-Weinberg Equilibrium
2022-02-24
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