1. Assume that the populations are normally distributed. Test the hypothesis that o, >o, at the a-0.01 level of significance for the given sample data. Population 1: n, 61, 5,"34.4 A) Test statistie: F-1.55. Critical value-4.31. Do not reject H,. B) Test statistie:F-6.89. Critical value -431. Reject H,. -C) Test statistic:F-2.96. Critical value -2.21. Reject H.. O Test statistic: F-1.55. Critical value-2.21. Do not reject H. Population 2, n, -31, a,-27.6 23

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1. Assume that the populations are normally distributed. Test the hypothesis that a, >o, at the a-0.01 level of
significance for the given sample data. Population 1: n, 61, 5,-34.4 Population 2, n, = 31, 3,-27.6
A) Test statistic: F=1.55. Critical value -4.31. Do not reject H,
B) Test statistic:F-6.89. Critical value =4.31. Reject H..
-C) Test statistic: F-2.96. Critical value =2.21. Reject H
OTest statistic: F-1.55. Critical value -2.21. Do not reject H,.
23
Transcribed Image Text:1. Assume that the populations are normally distributed. Test the hypothesis that a, >o, at the a-0.01 level of significance for the given sample data. Population 1: n, 61, 5,-34.4 Population 2, n, = 31, 3,-27.6 A) Test statistic: F=1.55. Critical value -4.31. Do not reject H, B) Test statistic:F-6.89. Critical value =4.31. Reject H.. -C) Test statistic: F-2.96. Critical value =2.21. Reject H OTest statistic: F-1.55. Critical value -2.21. Do not reject H,. 23
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