1. Suppose that in a fruit fly population the frequency of the recessive allele that codes for short wings (l) is 0.42. What would be the expected homozygous dominant genotype frequency in the next generation? The population is not evolving.
2. In a pea plant population, the dominant allele for tallness (T) has a frequency of 0.38. What percent of the population would be expected to be heterozygous (Tt) for the height gene?
3. In a randomly mating population of mice, 2 of every 100 mice born have white fur, a recessive trait. Calculate the frequency of the allele (G) in the population.
4. In a randomly mating population of mice, 2 of every 100 mice born have white fur, a recessive trait. Calculate the frequency of the allele (G) in the population.
5. In a randomly mating population of mice, 12 out of every 100 mice born have white fur, a recessive trait. Calculate the homozygous recessive frequency for the population.
6. In a randomly mating population of mice, 1 of every 100 mice born have white fur, a recessive trait. Calculate the homozygous dominant frequency of the population.
7. In a randomly mating population of mice, 14 of every 100 mice born have white fur, a recessive trait. Calculate the heterozygous frequency for the population.
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