• List 4 sources of genetic variation and explain how each source contributes to genetic variation • Given the genotypes in a population, calculate the frequency of each allele for a single locus with only 2 alleles • Explain why the number of alleles per gene in an individual can be different from the number of alleles per gene in a population

Biology (MindTap Course List)
11th Edition
ISBN:9781337392938
Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg
Chapter53: Introduction To Ecology: Population Ecology
Section: Chapter Questions
Problem 15TYU
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Please answer any 2
Concepts
Population Evolution: Chapter 23
• Analyze frequency distributions of a trait in original and evolved populations to identify the type of selection
occurring
• List 5 conditions that lead to changes in allele frequency in a population and explain the difference between
random and adaptive evolution
• List 4 sources of genetic variation and explain how each source contributes to genetic variation
• Given the genotypes in a population, calculate the frequency of each allele for a single locus with only 2 alleles
Explain why the number of alleles per gene in an individual can be different from the number of alleles per
gene in a population
• Use the Hardy-Weinberg principle to calculate expected frequency of alleles in a population where no change
in allele frequency is occurring
Transcribed Image Text:Concepts Population Evolution: Chapter 23 • Analyze frequency distributions of a trait in original and evolved populations to identify the type of selection occurring • List 5 conditions that lead to changes in allele frequency in a population and explain the difference between random and adaptive evolution • List 4 sources of genetic variation and explain how each source contributes to genetic variation • Given the genotypes in a population, calculate the frequency of each allele for a single locus with only 2 alleles Explain why the number of alleles per gene in an individual can be different from the number of alleles per gene in a population • Use the Hardy-Weinberg principle to calculate expected frequency of alleles in a population where no change in allele frequency is occurring
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