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The Following Are the Competing Hypotheses and the Relevant Summary

Question 85

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The following are the competing hypotheses and the relevant summary statistics: Η0: The following are the competing hypotheses and the relevant summary statistics: Η<sub>0</sub>:   /   ≤ 1, Η<sub>A</sub>:   /   > 1.   The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct? A)  We reject the null hypothesis and conclude the first variance is larger than the second. B)  We do not reject the null hypothesis and conclude the first variance is larger than the second. C)  We reject the null hypothesis and cannot conclude the first variance is larger than the second. D)  We do not reject the null hypothesis and cannot conclude the first variance is larger than the second. / The following are the competing hypotheses and the relevant summary statistics: Η<sub>0</sub>:   /   ≤ 1, Η<sub>A</sub>:   /   > 1.   The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct? A)  We reject the null hypothesis and conclude the first variance is larger than the second. B)  We do not reject the null hypothesis and conclude the first variance is larger than the second. C)  We reject the null hypothesis and cannot conclude the first variance is larger than the second. D)  We do not reject the null hypothesis and cannot conclude the first variance is larger than the second. ≤ 1, ΗA: The following are the competing hypotheses and the relevant summary statistics: Η<sub>0</sub>:   /   ≤ 1, Η<sub>A</sub>:   /   > 1.   The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct? A)  We reject the null hypothesis and conclude the first variance is larger than the second. B)  We do not reject the null hypothesis and conclude the first variance is larger than the second. C)  We reject the null hypothesis and cannot conclude the first variance is larger than the second. D)  We do not reject the null hypothesis and cannot conclude the first variance is larger than the second. / The following are the competing hypotheses and the relevant summary statistics: Η<sub>0</sub>:   /   ≤ 1, Η<sub>A</sub>:   /   > 1.   The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct? A)  We reject the null hypothesis and conclude the first variance is larger than the second. B)  We do not reject the null hypothesis and conclude the first variance is larger than the second. C)  We reject the null hypothesis and cannot conclude the first variance is larger than the second. D)  We do not reject the null hypothesis and cannot conclude the first variance is larger than the second. > 1. The following are the competing hypotheses and the relevant summary statistics: Η<sub>0</sub>:   /   ≤ 1, Η<sub>A</sub>:   /   > 1.   The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct? A)  We reject the null hypothesis and conclude the first variance is larger than the second. B)  We do not reject the null hypothesis and conclude the first variance is larger than the second. C)  We reject the null hypothesis and cannot conclude the first variance is larger than the second. D)  We do not reject the null hypothesis and cannot conclude the first variance is larger than the second. The p-value associated with the value of the test statistic is 0.3692. At the 5% significance level, which of the following conclusions is correct?


A) We reject the null hypothesis and conclude the first variance is larger than the second.
B) We do not reject the null hypothesis and conclude the first variance is larger than the second.
C) We reject the null hypothesis and cannot conclude the first variance is larger than the second.
D) We do not reject the null hypothesis and cannot conclude the first variance is larger than the second.

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