Tests the claim that 41 p2. Assume the samples are normally distributed, random and independent.of # o?S1 = 0.88; s2 = 0.85T1 = 32.5; 2 = 32.17n1 = 36 ; n2 = 26%3Da. Calculate the Standard Error s;,-i, =(use 3 decimal places)b. Calculate the t-test statistic using the standard error from part a. t =(use 2 decimal places)c. What are the degrees of freedom? df!3!d. At a = 0.05 , Use the distribution table to find the critical values for the rejection regionte = ±(use 4 decimal places)e. What is your conclusion?O Accept the alternative hypothesis and reject the claimO Reject the alternative hypothesis and support the claimO Reject the null hypothesis and support the claimO Fail to reject the null hypothesis and do not support the claimO Accept the null hypothesis and support the claim

Tests the claim that 41 # 42. Assume the samples are normally distributed, random and independent. of # o? 81 = 0.88 ; s2 = 0.85 I1 = 32.5 ; 2 = 32.17 n1 = 36; n2 = 26 a. Calculate the Standard Error si-i = (use 3 decimal places) b. Calculate the t-test statistic using the standard error from part a. t = (use 2 decimal places) c. What are the degrees of freedom? df %3D

Tests the claim that 41 # 42. Assume the samples are normally distributed, random and independent. of # o? 81 = 0.88 ; s2 = 0.85 I1 = 32.5 ; 2 = 32.17 n1 = 36; n2 = 26 a. Calculate the Standard Error si-i = (use 3 decimal places) b. Calculate the t-test statistic using the standard error from part a. t = (use 2 decimal places) c. What are the degrees of freedom? df %3D

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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