Factors affecting the Hardy-Weinberg principl | vedclass

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(D) The Hardy-Weinberg principle states that allele frequencies in a population are stable and remain constant from generation to generation in the ab

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$I, II, III, IV$ and $V$

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(D) The Hardy-Weinberg principle states that allele frequencies in a population are stable and remain constant from generation to generation in the absence of evolutionary influences.The factors that disturb this genetic equilibrium and lead to evolution are:$1$. Gene flow (migration of individuals into or out of a population).$2$. Genetic drift (random changes in allele frequencies due to chance).$3$. Mutation (sudden heritable changes in $DNA$).$4$. Genetic recombination (shuffling of genes during sexual reproduction).$5$. Natural selection (differential survival and reproduction of individuals).Since all five listed factors ($I, II, III, IV,$ and $V$) are known to affect the Hardy-Weinberg equilibrium,the correct combination is $I, II, III, IV,$ and $V$.

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