During the growth of any population more individuals acquires peripheral character value at both ends of the distribution curve which lead to the

Natural selection in which more individuals acquire peripheral character value at both the ends of the distribution curve is

Natural selection in which more individuals acquire peripheral character value at both the ends of the distribution curve is

Natural selection in which more individuals acquire peripheral character value at both the ends of the distribution curve is

Read the statements (i-iv) and choose the correct option. i. Increase in melanised moths after industrialization ii. More individuals acquiring mean character value cause disruption iii. Change in allelic frequency leads to hardy-Weinbery equilibrium iv. Genetic drift changes allelic frequency in future generations

Which type of natural selection removes individuals from both ends of a phenotypic distribution?

Read the following statements and choose the correct option A. Increase in melanized moths after industrialization in Great Britain is a proof for natrual selection B. When more individuals of a population acquire a mean character value, it is called disruption C. Changes in allelic frequency in a population will lead to Hardly Weinberg equilibrium D. Genetic drift changes the existing gene ot allelic frequency in future generations

Read the following statements amd select the correct option .A . increase in the melanised moths after industrialisation in Great Britain is proof of natural selection. B. When more individuals of a population acquire a mean character value ,it is called disrupation . C . Changes in allelic frequencey in a population will lead to Harry -Weingberg equilibrium. D. Genetic drift changes the existing gene allelic frequency in future generations.