A hypothesis test for independence has produced a randomisation distribution with the quantiles in the belowtable. If the test statistic is 99 and alpha = 0.05, what is the outcome of the test?l aQuantile Value120.010|| 30.000.025|| 35.0000.050 40.0000.100 50.0000.900| 90.0000.950| 95.0000.975||100.000180.990|110.000Reject the Alternative HypothesisAccept the Alternative HypothesisAccept the Null HypothesisReject the Null HypothesisDo not reject the Alternative HypothesisDo not reject the Null Hypothesis

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Description: A hypothesis test for independence has produced a randomisation distribution with the quantiles in the belowtable. If the test statistic is 99 and alpha = 0.05, what is the outcome of the test?l aQuantile Value120.010|| 30.000.025|| 35.0000.050 40.0

The conclusion of a hypothesis test is always written in terms of the null hypothesis. If a test is…

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A hypothesis test for independence has produced a randomisation distribution with the quantiles in the below table. If the test statistic is 99 and alpha = 0.05, what is the outcome of the test? Quantile Value 0.010 30.000 1 0.025 35.000 0.050 40.000 4 5 3 0.100 50.000 0.900 90.000 0.950 95.000 6 0.975100.000 0.990 110.000 Reject the Alternative Hypothesis Ассеpt the Alternative Hypothesis Accept the Null Hypothesis Reject the Null Hypothesis Do not reject the Alternative Hypothesis Do not reject the Null Hypothesis ㅇ

A hypothesis test for independence has produced a randomisation distribution with the quantiles in the below table. If the test statistic is 99 and alpha = 0.05, what is the outcome of the test? Quantile Value 0.010 30.000 1 0.025 35.000 0.050 40.000 4 5 3 0.100 50.000 0.900 90.000 0.950 95.000 6 0.975100.000 0.990 110.000 Reject the Alternative Hypothesis Ассеpt the Alternative Hypothesis Accept the Null Hypothesis Reject the Null Hypothesis Do not reject the Alternative Hypothesis Do not reject the Null Hypothesis ㅇ

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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