Tendency of population to remain in genetic equilibrium may be disturbed by

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6.Evolution

medium

The tendency of population to remain in genetic equilibrium may be disturbed by

lack of mutations

lack of random mating

random mating

lack of migration.

(NEET-2013)

Solution

(b) : Hardy-Weinberg law states that allele frequencies in a population are stable and remain constant from generation to generation when there is random and nonselective mating. In case of lack of random mating, genetic equilibrium maybe disturbed.

Standard 12

Biology

Hardy Weinberg equilibrium is affected by –

medium

(AIIMS-2019)

Identify the phenomenon in which a new set of population is formed the set of existing population due to the excessive change in the allele frequency

medium

A population is in Hardy- weinberg equilibrium for a gene with only two alleles. If the gene frequency of an allele $A$ is $0.7$, the genotype frequency of $Aa$ is

medium

(AIIMS-2016)

Factor affecting the Hardy-Weinberg principlesare

$(I)$ Gene flow ;

$(II)$ Genetic drift

$(III)$ Mutation

$(IV)$ Genetic recombination

$(V)$ Natural selection

The correct combination is

medium

Darwin's theory of natural selection to explain organic evolution was based on

medium

The tendency of population to remain in genetic equilibrium may be disturbed by

Solution

Similar Questions

Hardy Weinberg equilibrium is affected by –

Identify the phenomenon in which a new set of population is formed the set of existing population due to the excessive change in the allele frequency

A population is in Hardy- weinberg equilibrium for a gene with only two alleles. If the gene frequency of an allele $A$ is $0.7$, the genotype frequency of $Aa$ is

Factor affecting the Hardy-Weinberg principlesare $(I)$ Gene flow ; $(II)$ Genetic drift $(III)$ Mutation $(IV)$ Genetic recombination $(V)$ Natural selection The correct combination is

Darwin's theory of natural selection to explain organic evolution was based on

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Factor affecting the Hardy-Weinberg principlesare

$(I)$ Gene flow ;

$(II)$ Genetic drift

$(III)$ Mutation

$(IV)$ Genetic recombination

$(V)$ Natural selection

The correct combination is