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Use the P-Value Approach to Conduct the Following Left-Tailed Hypothesis

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Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] Sample 1: Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] = 15.7, Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] = 0.77,and n1 = 11
Sample 2: Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] = 19.2, Use the p-value approach to conduct the following left-tailed hypothesis test at the 10% significance level.Assume that the two populations are normally distributed. Sample 1: = 15.7, = 0.77,and n<sub>1</sub> = 11 Sample 2: = 19.2, = 0.82,and n<sub>2</sub> = 13 [Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.] = 0.82,and n2 = 13
[Hint: You may want to first convert the above left-tailed test into a right-tailed test by switching the two variances.]

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