Answer Happy

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11. In a population of beetles, the color blue (B) is dominant over the color white (b). If 17% of all beetles are blue, what is the frequency of heterozygous individuals in the population if it is in Hardy- Weinberg equilibrium? A) 0.0 <f (heterozygotes) <0.2 B) 0.2 <f (heterozygotes) <0.4 C) 0.4 <f(heterozygotes) <0.6 D) 0.6 <S(heterozygotes) <0.8 E) 0.8 < f (heterozygotes) < 1.0 12. Consider a different population of the same beetle species (B, blue > b, white). In this one, 72% of the alleles at this gene are white, and the observed frequency of heterozygotes is determined to be 46%. What can be said about the inbreeding coefficient. A) it suggests Hardy-Weinberg equilibrium B) F is negative, suggesting a deficit of observed heterozygotes C) F is negative, suggesting an excess of observed heterozygotes D) F is positive, suggesting a deficit of observed heterozygotes E) F is positive, suggesting an excess of observed heterozygotes