20. The value of u willnot have practical significance unless µ > 25. The population standard deviation is o = 10.The value of xis 21.Assume the sample size is n = 100. Compute the P-value. Show...


A sample of sizen = 100 is used to test H,: µ < 20 versus H1: µ > 20. The value of u will<br>not have practical significance unless µ > 25. The population standard deviation is o = 10.<br>The value of xis 21.<br>Assume the sample size is n = 100. Compute the P-value. Show that you do not reject<br>Но-<br>Assume the sample size is n = 1000. Compute the P-value. Show that you reject Họ.<br>Do you think the difference is likely to be of practical significance? Explain.<br>d. Explain why a larger sample can be more likely to produce a statistically significant<br>result that is not of practical significance.<br>a.<br>b.<br>C.<br>

Extracted text: A sample of sizen = 100 is used to test H,: µ < 20="" versus="" h1:="" µ=""> 20. The value of u will not have practical significance unless µ > 25. The population standard deviation is o = 10. The value of xis 21. Assume the sample size is n = 100. Compute the P-value. Show that you do not reject Но- Assume the sample size is n = 1000. Compute the P-value. Show that you reject Họ. Do you think the difference is likely to be of practical significance? Explain. d. Explain why a larger sample can be more likely to produce a statistically significant result that is not of practical significance. a. b. C.

Jun 10, 2022
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