Select the INCORRECT statement from the follo | vedclass

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(D) The $Hardy-Weinberg$ equilibrium principle states that in a large,randomly mating population,the allele frequencies remain constant from generatio

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Gene frequency remains constant due to non-random mating.

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(D) The $Hardy-Weinberg$ equilibrium principle states that in a large,randomly mating population,the allele frequencies remain constant from generation to generation in the absence of evolutionary forces.Factors such as non-random mating,gene migration ($gene$ $flow$),genetic drift,mutation,genetic recombination,and natural selection disrupt this equilibrium and lead to changes in gene frequencies.Therefore,the statement that gene frequency remains constant due to non-random mating is incorrect,as non-random mating is a factor that causes changes in gene frequencies.

Select the $INCORRECT$ statement from the following regarding evolution.

Similar Questions

There are two alleles ($A_1$ and $A_2$) in a population. If the frequency of one allele $(A_1)$ is $0$,then the frequency of the other allele $(A_2)$ is .....

The equilibrium of gene frequencies is known as .....

Write a short note on the Hardy-Weinberg principle.

Which of the following factor$(s)$ affect the $Hardy-Weinberg$ equilibrium?

Factors affecting the Hardy-Weinberg principle are:
$I.$ Gene flow
$II.$ Genetic drift
$III.$ Mutation
$IV.$ Genetic recombination
$V.$ Natural selection
The correct combination is:

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