MCQ on Population Genetics and Hardy-Weinberg Law

During the process of ecological succession, the arrival of late successional stage depends on environment modified by an earlier successional stage. The process is referred to as

A population of 200 is in Hardy‐Weinberg equilibrium with the allele frequency of ‘A’ = 0.7 and ‘a’ = 0.3. The number of carriers in population will be:

In a population of 10 million individuals birth rate is 19 per 1000 and the death rate is 14 per 1000. The annual rise in the population would be:

In a population with two alleles ‘b’ and ‘B’ having allele frequency 0.7 and 0.3 in Hardy‐Weinberg equilibrium, how many individuals in a sample of 250 can be expected to be heterozygous (bB)?

Consider that two populations are growing exponentially with the initial difference in growth rate of 10%. After 10 generations the difference between population size would be:

If all organisms in a population are triploid, then Hardy-Weinberg theorem applicable will be:

If the frequency of recessive allele causing disease in the homozygous recessive condition in a population of 10000 is 0.04, then the number of people affected by the disease will be:

In a population, the frequency of A1 is 0.75 and A2 is 0.25. After one generation the phenotype frequency will be:

The frequency of blood group O in a population is 25%. Remaining individuals of the population have an equal number of blood group A and B. What would be the ratio of allelic frequency between blood group O, A and B

Which of the following statement is correct about a population showing evolution?