The p-value for a two-sided hypothesis test is 0.04 for the null hypothesis Ho: μ = 15. Does the 95% confidence interval associated with the test include the value 15?
YES, NO, OR UNABLE TO DETERMINE?
When you perform a hypothesis test in statistics, a p-value helps you determine the significance of your results. A small p-value (typically ≤ 0.05) indicates strong evidence against the null hypothesis, so you reject the null hypothesis. Here in our case p value is 0.04 that means less than 0.05 , we reject the null hypothesis.
and when you construct the 95% confidence interval , it doesn’t include value 15.
The p-value for a two-sided hypothesis test is 0.04 for the null hypothesis Ho: μ =...
The p-value for a two-sided hypothesis test is 0.05 for the null hypothesis Ho: μ = 15. Does the 99% confidence interval associated with the test include the value 15? (Click to select)YesNoUnable to determine
49. The p-value for a two-sided hypothesis test of the null hypothesis Ho: μ = 12 is 0.07. Which of the following confidence intervals would include the value 12? 1. 90% Confidence Interval 2. 95% Confidence Interval 3. 99% Confidence Interval a. 1 and 2 b. 2 and 3 c. 1 only d. 1, 2, and 3 e. Impossible to Determine
Based on the sample data, the P-value for a two-sided test of the null hypothesis H0:μ=10H0:μ=10 vs. H1:μ≠10H1:μ≠10 is 0.06. Which of the following statements is correct? A. the 95% confidence interval includes the value 10 B. the 68% confidence interval includes the value 10 C. the 90% confidence interval includes the value 10 D. None of the above
30 is 0.037. Does the 95% 3. (1 pt) The p-value for a two-sided test of the null hypothesis Ho: confidence interval include the value 30? Explain.
Consider a two tailed hypothesis test. The null and alternative hypotheses are presented below Ho 100 H1 : μ 100 a. Suppose the test statistic1.44. Find the p-value of the test and the critical value for the test when α-001. Then show that the conclusion using the critical value approach will be identical to the conclusion based on the p-value b. Now suppose the test statistic is ะ-_301. Find the p-value of the test and the critical value for the...
use the data to test the hypothesis that the proportion is not 0.04. The fraction of defective integrated circuits produced in a photolithography process is being studied. A random sample of 300 circuits is tested, revealing 17 defectives. the data to test the pothesis that the proportion is not 0.04. Use a -0.05. Round the answer to 2 decimal places. Но Relect Fail to reject e Textbook and Media (b) Find the P-value for this test. Round the answer to...
Can someone explain why the answer is B please? Exercise The p-value for a two-sided test of the null hypothesis, Ho: u = 10 was found to be 0.06. Therefore, using the same data, A) a 90% confidence interval would contain the value of 10. B) a 95% confidence interval would contain the value of 10. C) Both 90% and 95% confidence interval would contain the value of 10. D) Neither 90% nor 95% confidence interval would contain the value...
You set up a two-sided hypothesis test for a population mean μ with a null hypothesis of H0:μ=100. You chose a significance level of α=0.05. The p-value calculated from the data is 0.12, and hence you failed to reject the null hypothesis. Suppose that after your analysis was completed and published, an expert informed you that the true value of μ is 104. How would you describe the result of your analysis? A) A Type 1 error was made because...
5. [18 points] Consider the Minitab output shown below. Test of μ = 100 vs > 100 The assumed standard deviation 2.4 95% Lower Bound 100.770 Mean SE Mean 101.560 3.25 25 a. Fill in the missing values in the output. Can the null hypothesis be rejected at the 0.0s level? Why? b. Is this a one-sided or a two-sided test? C. If the hypotheses had been Ho: μ = 99 versus H : μ > 99, would you reject...
Select the p-value(s) at which you would reject the null hypothesis for a two-sided test at the 90% confidence level. SELECT ALL THAT APPLY. 0.9500 0.9000 0.8900 0.1100 0.0900 0.0500 0.0250