An article in the ASCE Journal of Energy Engineering (1999, Vol. 125. pp. 59–75) describes a study of the thermal inertia properties of autoclaved aerated concrete used as a building material. Five samples of the material were tested in a structure, and the average interior temperatures (°C) reported were as follows: 23.01, 22.22, 22.04, 22.62,. and 22.59. Test that the average interior temperature is equal to 22.5 °C using a = 0.05. 18. This problem is a test on what population parameter? * Mean Variance/Standard Deviation Population Proportion 19. What is the null and alternative hypothesis * HO: (e = 22.5), H1: (@ = 22.5) HO: (0 = 22.5), H1: (0 > 22.5) HO: (0 = 22.5), H1: (0 < 22.5) 20. What are the Significance level and Type of test * O a = 0.05, Right-tailed O a = 0.05, left-tailed O a = 0.05, two-tailed

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
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Chapter10: Statistics
Section10.1: Measures Of Center
Problem 9PPS
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21. What is the critical value?
2.1318
4.6041
O 2.776
22. What is the Standard Test Statistic? *
0.01
-0.02
-0.05
23. What is the Statistical Decision? *
|0.01| < 12.1318|: Do not Reject HO
|0.02| < |2.776|: Do not Reject HO
0.05| < |4.6041|: Do not Reject HO
24. What is the Statistical Decision in statement form? *
With 0.05 level of significance, there is no sufficient evidence to support the claim that the average
interior temperature is not equal to 22.5.
With 0.05 level of significance, there is strong evidence to support the claim that the average interior
temperature is not equal to 22.5.
Transcribed Image Text:21. What is the critical value? 2.1318 4.6041 O 2.776 22. What is the Standard Test Statistic? * 0.01 -0.02 -0.05 23. What is the Statistical Decision? * |0.01| < 12.1318|: Do not Reject HO |0.02| < |2.776|: Do not Reject HO 0.05| < |4.6041|: Do not Reject HO 24. What is the Statistical Decision in statement form? * With 0.05 level of significance, there is no sufficient evidence to support the claim that the average interior temperature is not equal to 22.5. With 0.05 level of significance, there is strong evidence to support the claim that the average interior temperature is not equal to 22.5.
An article in the ASCE Journal of Energy Engineering (1999, Vol. 125, pp. 59–75) describes a study of the thermal inertia
properties of autoclaved aerated concrete used as a building material. Five samples of the material were tested in a
structure, and the average interior temperatures (°C) reported were as follows: 23.01, 22.22, 22.04, 22.62, and 22.59. Test
that the average interior temperature is equal to 22.5 °C using a = 0.05.
18. This problem is a test on what population parameter? *
Mean
Variance/Standard Deviation
Population Proportion
19. What is the null and alternative hypothesis *
HO: (0 = 22.5), H1: (0 = 22.5)
%3D
O HO: (0 = 22.5), H1: (0 > 22.5)
O HO: (0 = 22.5), H1: (0 < 22.5)
20. What are the Significance level and Type of test *
a = 0.05, Right-tailed
a = 0.05, left-tailed
a = 0.05, two-tailed
Transcribed Image Text:An article in the ASCE Journal of Energy Engineering (1999, Vol. 125, pp. 59–75) describes a study of the thermal inertia properties of autoclaved aerated concrete used as a building material. Five samples of the material were tested in a structure, and the average interior temperatures (°C) reported were as follows: 23.01, 22.22, 22.04, 22.62, and 22.59. Test that the average interior temperature is equal to 22.5 °C using a = 0.05. 18. This problem is a test on what population parameter? * Mean Variance/Standard Deviation Population Proportion 19. What is the null and alternative hypothesis * HO: (0 = 22.5), H1: (0 = 22.5) %3D O HO: (0 = 22.5), H1: (0 > 22.5) O HO: (0 = 22.5), H1: (0 < 22.5) 20. What are the Significance level and Type of test * a = 0.05, Right-tailed a = 0.05, left-tailed a = 0.05, two-tailed
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