9.1.7 The shell of the land snail Limocolaria marfensiana has two possible color forms: streaked and pallid. In a certain population of these snails, 60% of the individuals have streaked shells (as in...


9.1.7 The shell of the land snail Limocolaria marfensiana has two<br>possible color forms: streaked and pallid. In a certain population of<br>these snails, 60% of the individuals have streaked shells (as in<br>Exercise 3.6.4 ). Suppose a random sample of six snails is to be<br>chosen from the population; let p be the Wilson-adjusted sample<br>proportion of streaked snails. Find<br>a. Pr{P = 0.5}<br>b. Pr{P = 0.6}<br>%3D<br>%3D<br>c. Pr{P = 0.7}<br>d. Pr{0.5 s P<0.7}<br>e. the percentage of samples for which P is within + 0.10 of p.<br>

Extracted text: 9.1.7 The shell of the land snail Limocolaria marfensiana has two possible color forms: streaked and pallid. In a certain population of these snails, 60% of the individuals have streaked shells (as in Exercise 3.6.4 ). Suppose a random sample of six snails is to be chosen from the population; let p be the Wilson-adjusted sample proportion of streaked snails. Find a. Pr{P = 0.5} b. Pr{P = 0.6} %3D %3D c. Pr{P = 0.7} d. Pr{0.5 s P<0.7} e.="" the="" percentage="" of="" samples="" for="" which="" p="" is="" within="" +="" 0.10="" of="">

Jun 11, 2022
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