Now, imagine those "babies" you created become parents of the next generation yet again. But thi

The genotype frequencies of the next generation's "babies" would stay the same relative to the f

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Now, imagine those "babies" you created become parents of the next generation yet again. But this time, use a new set of "rules." Follow each of the 5 scenarios one by one. Start with the allele and genotype frequencies of the "babies" that you created in the previous activity for each scenario. The genotype frequencies of the new parents you are starting with are: BB: 0.5625; Bb: 0.375; bb: 0.0625 First, indicate if the genotype frequencies of the next generation's "babies" you just created would change or stay the same relative to the frequencies in the previous generation. Second, indicate if allele frequencies would change or stay the same relative to the frequency in the previous generation. Choose A), B), or C) for each box in the table. • A) Frequencies in the parental and offspring generation will be the same • B) Frequencies in the parental and offspring generation will be different • C) Answer cannot be determined from the information given Scenario: "Rules" for Second Mating Genotype frequencies: (p², 2pq, q²) Allele frequencies: (p, q) Everyone knows their genotype and only mates with other people with the same genotype, instead of all pairings occurring at random. A mutation occurred in the alleles carried by some of the parents' gametes during gametogenesis. All offspring that are homozygous recessive fail to reproduce. Most of the individuals randomly decided not to reproduce. Only 2 couples reproduce and contribute offspring to the next generation. 100 extra individuals walk in each homozygous dominant and participate in making the next generation. Check

Now, imagine those "babies" you created become parents of the next generation yet again. But this time, use a new set of "rules." Follow each of the 5 scenarios one by one. Start with the allele and genotype frequencies of the "babies" that you created in the previous activity for each scenario. The genotype frequencies of the new parents you are starting with are: BB: 0.5625; Bb: 0.375; bb: 0.0625 First, indicate if the genotype frequencies of the next generation's "babies" you just created would change or stay the same relative to the frequencies in the previous generation. Second, indicate if allele frequencies would change or stay the same relative to the frequency in the previous generation. Choose A), B), or C) for each box in the table. • A) Frequencies in the parental and offspring generation will be the same • B) Frequencies in the parental and offspring generation will be different • C) Answer cannot be determined from the information given Scenario: "Rules" for Second Mating Genotype frequencies: (p², 2pq, q²) Allele frequencies: (p, q) Everyone knows their genotype and only mates with other people with the same genotype, instead of all pairings occurring at random. A mutation occurred in the alleles carried by some of the parents' gametes during gametogenesis. All offspring that are homozygous recessive fail to reproduce. Most of the individuals randomly decided not to reproduce. Only 2 couples reproduce and contribute offspring to the next generation. 100 extra individuals walk in each homozygous dominant and participate in making the next generation. Check

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