125. In a population of black-coloured seagull, black colour is due to a melanic dominant allele. Mm and MM individuals are black and mm individuals are white. In a population, 81 individuals are white-coloured with 19 black-coloured individuals.Assuming Hardy-Weinberg equilibrium, what is the approximate frequency of the melanic (M) allele inthe population?(A) 0.81(B) 0.19(C) 0.90(D) 0.10.

125. In a population of black-coloured seagull, black colour is due to

1.	125. In a population of black-coloured seagull, black colour is due to a melanic dominant allele. Mm and MM individuals are black and mm individuals are white. In a population, 81 individuals are white-coloured with 19 black-coloured individuals.Assuming Hardy-Weinberg equilibrium, what is the approximate frequency of the melanic (M) allele inthe population?(A) 0.81(B) 0.19(C) 0.90(D) 0.10.
Answer» 125. In a population of black-coloured seagull, black colour is due to a melanic dominant allele. Mm and MM individuals are black and mm individuals are white. In a population, 81 individuals are white-coloured with 19 black-coloured individuals.Assuming Hardy-Weinberg equilibrium, what is the approximate frequency of the melanic (M) allele inthe population?(A) 0.81(B) 0.19(C) 0.90(D) 0.10.