BIO 1305 Lecture Notes - Lecture 18: Gene Duplication, Allele Frequency, Genetic Variation
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C: calculate the number of copies of each allele, c, c. = (20 2) + 160 = 200: calculate the frequency of each allele, p = frequency of c, q = 1 p = 0. 2 (20%) R: the sum of alleles is always 1 (100%) = 800/(800 + 200) = 0. 8 (80%: 0. 8 + 0. 2 = 1, the hardy-weinberg equation, the hardy-weinberg equation describes the genetic makeup we expect for a population that is not evolving at a _______________ If the observed genetic makeup of the population differs from expectations under hardy- Weinberg, it suggests that the population may be evolving: hardy-weinberg equilibrium. = 0. 2: the frequency of genotypes can be calculated, c, c, c. = ______________: the frequency of genotypes can be confirmed using a punnett square, figure 23. 8. If p and q represent the relative frequencies of the only two possible alleles in a population at a particular locus, then: ______________, where p.
