Given the two independent samples below, conduct a hypothesis test for the desired scenario. Assume all populations are approximately normally distributed. Sample 1 Sample 2 n1= 112 n2= 142 x¯1= 27.7 x¯2= 24.8 s1= 3.6 s2= 5 Test the claim: Given the null and alternative hypotheses below, conduct a hypothesis test for α=0.05 H0H0: μ1=μ2 HaHa: μ1>μ2 Given the alternative hypothesis, the test is Determine the test statistic. Round to four decimal places. t= Find the pp-value. Round to 4 decimals. p-value = Make a decision. Reject the null hypothesis. Fail to reject the null hypothesis.
Given the two independent samples below, conduct a hypothesis test for the desired scenario. Assume all populations are approximately normally distributed. Sample 1 Sample 2 n1= 112 n2= 142 x¯1= 27.7 x¯2= 24.8 s1= 3.6 s2= 5 Test the claim: Given the null and alternative hypotheses below, conduct a hypothesis test for α=0.05 H0H0: μ1=μ2 HaHa: μ1>μ2 Given the alternative hypothesis, the test is Determine the test statistic. Round to four decimal places. t= Find the pp-value. Round to 4 decimals. p-value = Make a decision. Reject the null hypothesis. Fail to reject the null hypothesis.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Given the two independent samples below, conduct a hypothesis test for the desired scenario. Assume all populations are approximately
Sample 1 | Sample 2 |
n1= 112 | n2= 142 |
x¯1= 27.7 | x¯2= 24.8 |
s1= 3.6 | s2= 5 |
Test the claim:
Given the null and alternative hypotheses below, conduct a hypothesis test for α=0.05
H0H0: μ1=μ2
HaHa: μ1>μ2
- Given the alternative hypothesis, the test is
- Determine the test statistic. Round to four decimal places.
t= - Find the pp-value. Round to 4 decimals.
p-value = - Make a decision.
- Reject the null hypothesis.
- Fail to reject the null hypothesis.
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