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MATLAB: An Introduction with Applications
6th Edition
ISBN: 9781119256830
Author: Amos Gilat
Publisher: John Wiley & Sons Inc
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![State the conclusion
Ho There is
evidence to conclude that the population mean waiting time is different from 38 minutes
b. Because the sample size is 64, do you need to be concerned about the shape of the population distribution when conducting the t test in (a)? Explain Choose
the correct answer below.
O A. No, because n is equal to 64, the sampling distribution of the t test is approximately normal In general, the t test is appropriate for this sample size
unless the population is skewed
O B. No, because n is equal to 64, the sampling distribution of the t test is approximately normal In general, the t test is appropriate for a large sample size
OC. Yes, because n is equal to 64, the sampling distribution of the t test cannot be determined. In general, the t test requires a larger sample size
O D. Yes, because n is equal to 64, the sampling distribution of the t test cannot be determined In general, the t test is only appropriate for a normally
distributed sample](https://content.bartleby.com/qna-images/question/a5c31afb-398a-4010-8e5c-32dcce262e31/fc7141fa-bdd7-4fd6-86d3-d728f341fd1b/3u1m7n7_thumbnail.jpeg)
Transcribed Image Text:State the conclusion
Ho There is
evidence to conclude that the population mean waiting time is different from 38 minutes
b. Because the sample size is 64, do you need to be concerned about the shape of the population distribution when conducting the t test in (a)? Explain Choose
the correct answer below.
O A. No, because n is equal to 64, the sampling distribution of the t test is approximately normal In general, the t test is appropriate for this sample size
unless the population is skewed
O B. No, because n is equal to 64, the sampling distribution of the t test is approximately normal In general, the t test is appropriate for a large sample size
OC. Yes, because n is equal to 64, the sampling distribution of the t test cannot be determined. In general, the t test requires a larger sample size
O D. Yes, because n is equal to 64, the sampling distribution of the t test cannot be determined In general, the t test is only appropriate for a normally
distributed sample
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