н. :р is What are the null and alternative hypotheses that the consultant should use for the test? H, :H is What is the probability that the consultant commits a Type I error? Round your response to at least two decimal places. Assuming that the actual value of u is 41 minutes, what is the power of the test? Round your response to at least|| two decimal places. The probability of committing a Type II error in the second test is greater Suppose that the consultant decides to perform another statistical test using the same population, the same null and alternative hypotheses, and the same level of significance, but for this second test the consultant chooses a random sample of size 150 instead of a random sample of size 50. Assuming that the actual value of u is 41 minutes, how does the probability that the consultant commits a Type II error in this second test compare to the probability that the consultant commits a Type II error in the original test? The probability of committing a Type II error in the second test is less The probabilities of committing a Type II error are equal
н. :р is What are the null and alternative hypotheses that the consultant should use for the test? H, :H is What is the probability that the consultant commits a Type I error? Round your response to at least two decimal places. Assuming that the actual value of u is 41 minutes, what is the power of the test? Round your response to at least|| two decimal places. The probability of committing a Type II error in the second test is greater Suppose that the consultant decides to perform another statistical test using the same population, the same null and alternative hypotheses, and the same level of significance, but for this second test the consultant chooses a random sample of size 150 instead of a random sample of size 50. Assuming that the actual value of u is 41 minutes, how does the probability that the consultant commits a Type II error in this second test compare to the probability that the consultant commits a Type II error in the original test? The probability of committing a Type II error in the second test is less The probabilities of committing a Type II error are equal
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Question
Executives of a supermarket chain are interested in the amount of time that customers spend in the stores during shopping trips. The
μ
, spent by customers at the supermarkets has been reported to be
36
minutes, but executives hire a statistical consultant and ask her to determine whether it can be concluded that
μ
is greater than
36
minutes. The consultant plans to do a statistical test and collects a random sample of
50
shopping times at the supermarkets.
Suppose that the population of shopping times at the supermarkets has a standard deviation of
16
minutes and that the consultant performs her hypothesis test using the
0.05
level of significance.
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