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Let a represent the frequency of an allele A at a genetic locus in a diploid population. The fitness, w, of a population with this frequency of allele A is given by: w = 0.2x² + x (1-x)+0.4(1-x)² a) Write w in the form ax² + bx + c. W

Let a represent the frequency of an allele A at a genetic locus in a diploid population. The fitness, w, of a population with this frequency of allele A is given by: w = 0.2x² + x (1-x)+0.4(1-x)² a) Write w in the form ax² + bx + c. W

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Let a represent the frequency of an allele A at a genetic locus in a diploid population. The fitness, w, of a population with this frequency of allele A is given by: W a) = 0.2x² + x (1 − x) + 0.4(1 − x)² Write w in the form ax² + bx+c. W =
Transcribed Image Text:Let a represent the frequency of an allele A at a genetic locus in a diploid population. The fitness, w, of a population with this frequency of allele A is given by: W a) = 0.2x² + x (1 − x) + 0.4(1 − x)² Write w in the form ax² + bx+c. W =
b) Calculate the fitness of a population with allele frequency x = 0.4. W = Give your answer rounded to 2 decimal places. Find the allele frequency, x, of a population with fitness 0.2. X =
Transcribed Image Text:b) Calculate the fitness of a population with allele frequency x = 0.4. W = Give your answer rounded to 2 decimal places. Find the allele frequency, x, of a population with fitness 0.2. X =
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