Hardy Weinberg Principle

This lecture explains about the Hardy Weinberg principle in details. The Hardy-Weinberg principle, also known as the Hardy-Weinberg equilibrium, model, theorem, or law, states that allele and genotype frequencies in a population will remain constant from generation to generation in the absence of other evolutionary influences. It states that the gene frequency will remain constant in a population if there is no evolutionary influences.
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your total approach is fantastic,but you need to check your video before posting; eg. you said no random, but it should be random mating in order for H.W equation to be in equilibrum

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Excuse me sir...in hardy weinberg equlibrium ..mating should be random know sir...i think it should be random.

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Hey bro Shomu.. the requirements of Hardy Weinberg are based on Mendelian genetics thus Point no 1. All the genetypes must survive 2. Random mating is must to maintain that equation.. on the best side.. I loved this video.. keep up d good work bro. u Rock!! Impressive work bro..

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It must be random mating

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sir, i think you mistakenly said 'no random mating' but random mating is necessary in maintaining a population according to H-W law.

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AT 5:20, it is important to note a sixth assumption: that there are only 2 alleles of the gene being analyzed.

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[@tanmaydeshpande4182]

Please calculate the following 1) If 1 in 3200 kids affected with Cystic fibrosis, assuming the alleles are at Hardy-Weinberg equilibrium, what is the Freq of disease causing CFTR alleles in this populn? (Cystic fibrosis is a AR condition) 2) approx what percent of individuals of this populn decent are carriers of cystic fibrosis? A lil urgent Thanks in advance

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