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UNC-Chapel Hill BIOL 101 - Guided Reading Chapter 13 How populations evolve

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Chapter 13 Guided Reading 2 Read pages 264 273 1 What is a population 2 Define microevolution 3 Why do biologists studying evolution measure changes in the gene pool 4 List 5 characteristics of a population that is in Hardy Weinberg equilibrium 5 The Hardy Weinberg equation is used to determine whether a population is evolving and uses the symbols p and q What are p and q 6 If you are given p can you find q How 7 If you know both p and q how can you calculate the frequency of heterozygotes in the population 8 If the only information you have is that 20 out of 500 blue footed boobies have webbed feet homozygous recessive can you figure out how many blue footed boobies in this population are homozygous for non webbed feet How 9 How does natural selection lead to microevolution 10 Differentiate between the bottleneck effect and the founder effect 11 Describe the following a Stabilizing selection b Directional selection c Disruptive selection d Sexual selection e Balancing selection f Frequency dependent selection


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UNC-Chapel Hill BIOL 101 - Guided Reading Chapter 13 How populations evolve

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