allele is 0.3 and, the allele frequency of the N allele is 0.7. a.) What is the allele frequency of the M allele in the sailor population? b.) 10 years later 1000 children have been born on the coastline. (All unions were consensual!) If the population of 1000 young people on the coast mate randomly, how many of the 1000 children would you expect to have MN bloodtype? c.) In fact, 50 children have MM bloodtype, 850 have MN bloodtype and 100 have NN blood type. What is the observed allele frequency of the N allele among the children? Problem 7. 1. In a certain population of roses, 100 are red, 740 are pink, and 160 are white. The allele for red is denoted CR, while that for white is CW, and the two alleles show incomplete dominance relative to each other. a. What are the genotype frequencies in the population? b. What are the allele frequencies of CR and CW in this population? c. what are the expected frequencies of the genotypes if the population is at Hardy- Weinberg equilibrium?
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