Question 6: Calculate the genotypic frequencies that you would expect if the population is in Hardy-Weinberg equilibrium. (Remember,...

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Biology

Question 6:

Calculate the genotypic frequencies that you would expect if thepopulation is in Hardy-Weinberg equilibrium.

(Remember, that we are preparing to use the Chi-squaregoodness-of-fit test to determine if this population is in fact inHardy-Weinberg equilibrium).

Round your answer to three decimal places and submityour answer in the correct format (e.g. 0.062).

(a) The frequency of the SS genotype is:

(b) The frequency of the Ss genotype is:

(c) The frequency of the ss genotype is:

The total number of leopards in this population is 284.

For reference:

Phenotype

Genotype

Number of leopards

brown pigmentation

SS

194

brown pigmentation

Ss

88

red pigmentation

(strawberry leopard)

ss

2

S = dominant allele for brown pigmentation

s = recessive allele for red pigmentation (erythrism)

the frequency of the S (dominant) allele in this population:0.916

the frequency of the s (recessive) allele in this population:0.084

Answer & Explanation Solved by verified expert
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AnswerAccording to the givenquestionHere we have a population of about 284 leopards having twocolorof pigment one brown which is dominant and another is red which isrecessive we have to find the genotypic frequencies when thepopulation is in HardyWeinberg equilibriumthe dominant allele is for brown color    See Answer
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