An allele that reduces the fitness of organisms is found to decrease very rapidly in a population. Most likely this allele is:
1. recently mutated
2. rare
3. dominant
4. recessive

Subtopic:  Hardy Weinberg Law |

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The change in allele frequencies that occurs over time within a population is called as:
1. microevolution, or adaptive evolution
2. macroevolution, or speciation
3. coevolution
4. phylogenetic evolution

Subtopic:  Hardy Weinberg Law |
 51%

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The tendency of population to remain in genetic equilibrium may be disturbed by 
1. Random mating
2. Lack of migration
3. Lack of mutations
4. Lack of random mating 

Subtopic:  Hardy Weinberg Law |
 61%
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Which of the following is a useful tool to measure microevolution?
1. Genetic drift
2. Hardy-Weinberg equation
3. Mendelian ratios
4. Age/sex ratio

Subtopic:  Hardy Weinberg Law |
 67%

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Population that experience genetic drift most commonly are:
1. isolated
2. small in number
3. mobile
4. closely adapted to their environment

Subtopic:  Difference Between Drift & Selection | Hardy Weinberg Law | Sources of Variation |
 71%

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Persons with sickle cell trait are resistant to severe malaria. This shows:
1. heterozygote advantage
2. heterosis
3. punctuated equilibrium
4. reverse evolution

Subtopic:  Definition & Types of Evolution | Hardy Weinberg Law |
 78%

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Genetic drift operates in  
1. Large isolated populations
2. Non-reproductive populations
3. Slow reproductive populations
4. Small isolated population 

Subtopic:  Hardy Weinberg Law |
 78%
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Which is the most common mechanism of genetic variation in the population of a sexually reproduction organism? 
1. Transduction
2. Chromosomal aberrations
3. Genetic drift
4. Recombination 

Subtopic:  Hardy Weinberg Law |
 78%
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In Hardy-Weinberg equation, the frequency of heterozygous individual is represented by 
1. 2pq
2. Pq
3. q2
4. p2

Subtopic:  Hardy Weinberg Law |
 92%
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