Use a one-sample t-test, based on the data below, to test the null hypothesis Ho: µ = 100.23 against the alternative hypothesis H1:4> 100.23. The sample has a mean of x = 100.80 and a standard deviation of s = 0.8401. 101.83, 100.83, 99.93, 100.25, 100.56, 100.44, 102.16,99.85, 100.32, 101.83 Calculate the standard error (SE) and the t-statistic for this test. Give the standard error to four decimal places and t to three decimal places. SE = t-statistic =

Use a one-sample t-test, based on the data below, to test the null hypothesis Ho: µ = 100.23 against the alternative hypothesis H1:4> 100.23. The sample has a mean of x = 100.80 and a standard deviation of s = 0.8401. 101.83, 100.83, 99.93, 100.25, 100.56, 100.44, 102.16,99.85, 100.32, 101.83 Calculate the standard error (SE) and the t-statistic for this test. Give the standard error to four decimal places and t to three decimal places. SE = t-statistic =

Name: Use a one-sample t-test, based on the data below, to test the null hy
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Description: Use a one-sample t-test, based on the data below, to test the null hypothesis Ho:µ = 100.23 against the alternativehypothesis H1:4> 100.23. The sample has a mean of x = 100.80 and a standard deviation of s = 0.8401.101.83, 100.83, 99.93, 100.25, 100

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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