If the standard deviation of a nut's hole diameter exceeds 0.01 millimeters, there is an unacceptably high probability that the screw will not fit. Suppose that n- 20 and s- 0.008 millimeter. - Indicate the parameter of interest a. The power of the test would increase if the sample size is increased b.p= 0.30 la there strong evidenoe to indicate that the standaed deviation of hole diameter enceeda 001 milimeter Use a-0.0s. Perform a hypothesis test. Heo-001 v. H.o >0001 c. B# 0.18 Suppose that the actual wandard deviation of hole ddameter excoeds the hypothesized value by 50%. What i the probubility that thia difference will be detected by the lest deuribed in part ( d. Variance of the hole diameter Uve the OC curve below in determining p e. The power of the test would decrease if the sample size is increased 100 f. Reject Ho. There is evidence to conclude that the true variance exceeds 0.0001 at a = 0.05 g. Fail to reject Ho. There is insufficient evidence to conclude that the true variance exceeds 0.0001 at a - 0.05 040 0.40 0.20
If the standard deviation of a nut's hole diameter exceeds 0.01 millimeters, there is an unacceptably high probability that the screw will not fit. Suppose that n- 20 and s- 0.008 millimeter. - Indicate the parameter of interest a. The power of the test would increase if the sample size is increased b.p= 0.30 la there strong evidenoe to indicate that the standaed deviation of hole diameter enceeda 001 milimeter Use a-0.0s. Perform a hypothesis test. Heo-001 v. H.o >0001 c. B# 0.18 Suppose that the actual wandard deviation of hole ddameter excoeds the hypothesized value by 50%. What i the probubility that thia difference will be detected by the lest deuribed in part ( d. Variance of the hole diameter Uve the OC curve below in determining p e. The power of the test would decrease if the sample size is increased 100 f. Reject Ho. There is evidence to conclude that the true variance exceeds 0.0001 at a = 0.05 g. Fail to reject Ho. There is insufficient evidence to conclude that the true variance exceeds 0.0001 at a - 0.05 040 0.40 0.20
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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