Homework answers / question archive / Florida International University BIO 3063 Population Evolution 1)What is the modern synthesis? How does evolution relate to you receiving a flu shot   What does population genetics study? Within population genetics, what is studied? Within population genetics, the term evolution is defined as what? What does it mean when an allele is fixed in a population? What is genetic drift? What is the founder effect? What does the Hardy-Weinberg principle of equilibrium state? What does the p stand for and what does the q stand for? p + q = 1 means what? What ultimately interests most biologists is not the frequencies of different alleles, it is what? What is represented by each of the components in the following equation: p2 + 2pq + q2 = 1 The frequency of pp individuals is simply p2; the frequency of pq individuals is 2pq; and the frequency of qq individuals is   When using the Hardy-Weinberg equation, if the allelic frequency measured in the field by a scientist differs from the predicted value, scientists can do what?     In theory, if a population is at equilibrium, what would you expect to see

Florida International University BIO 3063 Population Evolution 1)What is the modern synthesis? How does evolution relate to you receiving a flu shot   What does population genetics study? Within population genetics, what is studied? Within population genetics, the term evolution is defined as what? What does it mean when an allele is fixed in a population? What is genetic drift? What is the founder effect? What does the Hardy-Weinberg principle of equilibrium state? What does the p stand for and what does the q stand for? p + q = 1 means what? What ultimately interests most biologists is not the frequencies of different alleles, it is what? What is represented by each of the components in the following equation: p2 + 2pq + q2 = 1 The frequency of pp individuals is simply p2; the frequency of pq individuals is 2pq; and the frequency of qq individuals is   When using the Hardy-Weinberg equation, if the allelic frequency measured in the field by a scientist differs from the predicted value, scientists can do what?     In theory, if a population is at equilibrium, what would you expect to see

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15. In theory, if a population is at equilibrium, what would you expect to see.
16. Is this something you would expect to see in a natural population?
17. If the frequencies of alleles or genotypes deviate from the value expected from the Hardy- Weinberg equation, then what is happening to the population?