Part V: The proportion of adults living in a small town who are college graduates is estimated to be p = 0.6. To test this hypothesis, a random sample of 15 adults is selected. If the number of...


Part V:<br>The proportion of adults living in a small town who are college graduates is<br>estimated to be p = 0.6. To test this hypothesis, a random sample of 15 adults is<br>selected. If the number of college graduates in the sample is anywhere from 6 to<br>12, we shall not reject the null hypothesis that p=0.6; otherwise, we shall<br>conclude that p + 0.6.<br>a) Assume that 200 adults are selected, and the fail-to-reject region is defined<br>to be 110 <x< 130, where x is the number of college graduates in our<br>sample. Use the normal approximation.<br>

Extracted text: Part V: The proportion of adults living in a small town who are college graduates is estimated to be p = 0.6. To test this hypothesis, a random sample of 15 adults is selected. If the number of college graduates in the sample is anywhere from 6 to 12, we shall not reject the null hypothesis that p=0.6; otherwise, we shall conclude that p + 0.6. a) Assume that 200 adults are selected, and the fail-to-reject region is defined to be 110 <>< 130,="" where="" x="" is="" the="" number="" of="" college="" graduates="" in="" our="" sample.="" use="" the="" normal="">

Jun 09, 2022
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