In a jungle there is a frog population (n=1000) where 750 green frogs (GG) and 2

Question

In a jungle there is a frog population (n=1000) where 750 green frogs (GG) and 230 red frogs (gg) reside. Assume that the red frogs are recessive. Hardy Weinberg question. The expected number of green frogs are? The observed number of red frogs are? QUESTION 3 xzam wll be based off this example In order to answer everything work out the problem on paper finst, then answer the following. In a jungle there is a frog population (n-1000) where 750 green frogs (GG) and 230 red frogs (aa) reside. Assume that the red frogs are recessive. Determine the expected frequencies of each genotype using Hardy-Weinberg. Do not round. Put answers in XX format. Fill in the blanks. p QUESTION 4 The expected number of green frogs are Do not round up. Put answers in XXX format QUESTION 5 The observed number of red frogs are Do not round up. Put answer in XXX format

Explanation / Answer

Question 3:

Here in this question GG is the dominant genotype which according to Hardy-Weinberg is P 2

P2+Q2+2PQ = 1

P2 = 750 (0.75)

P2 = 0.75 and P= square root of 0.75

P = 0.86

gg is recessive genotype which according to Hardy-Weinberg is Q 2

q2 = 0.23 and q= square root of 0.23

q = 0.47

question 4:

The expected number of green frogs are 860

question 5:

The expected number of red frogs are 470

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