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Suppose you studied a population of blue-eyed grass, and found that there are 9025 blue-flowered plants...

Suppose you studied a population of blue-eyed grass, and found that there are 9025 blue-flowered plants out of a total population of 10,000. Assuming Hardy-Weinberg equilibrium, what is the frequency of the white allele (W) in the population?

= 0.05

Suppose you went back to this population after one year, and found that the frequency of the blue-allele was at 0.88. Assuming Hardy-Weinberg equilibrium, how many white flowered plants are there if there are 10000 in total?

= 2256

Based on this result, what should you conclude from this result? -None of these answers are correct Research has shown that the white-flowered allele (W) oscillates in frequency, because pollinators tend to prefer it when it is rare, causing it to increase in frequency. When white flowered plants are common, pollinators prefer the blue plant, causing it to decrease in frequency. As such, which of the following type of selection does this describe?

Balencing selection

Disruptive selection

None of these answers are correct

Directional selection

Stablizing selection

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