Which of these conditions is required for a population to be in Hardy-Weinberg equilibrium? No gene flow Random mating No natural selection All of the above Which of the following evolutionary mechanisms results in adaptive evolution? Natural selection Genetic drift Gene flow All of the above
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" This is because all three conditions - no gene flow, random mating, and no natural selection - are required for a population to be in Hardy-Weinberg equilibrium. Show more…
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QUESTION 1: The Hardy-Weinberg equation is used to determine allelic and genotypic frequencies in a population in the absence of evolution (genetic equilibrium). Which of the following might cause these frequencies to deviate from equilibrium? a. Random mating b. Sexual selection c. Mutation d. Isolation of a population (no gene flow) e. Genetic drift
Adi S.
Which of the following statements must be assumed when using the Hardy-Weinberg equations? Select all that apply: - Population must be large enough to overcome random events. - Mutations don't occur. - Migration doesn't occur. - Sexual selection occurs. - Mating must be random. - Natural selection occurs. Question 2: When genetic material (alleles) move from one population to another, it is referred to as [a].
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