Carry out a chi-square test for independence for each of the following contingency tables (use the 0.05level)., figure the effect size for each contingency table and hypothesis . Figure for charts A-C? Carry out a chi-square test for independence for each of the following contingency tables (use the 0.05 level). Also, figure the effect size for each contingency table.(a)(b)(c)013013260Click the icon to view the table of cutoff scores for the Chi-Square distribution.Click the icon to view the table of Cohen's conventions for Cramer's phi.Determine the null and research hypotheses for the tests. Choose the correct answer below.The null hypothesis is that the row and column variables are independent.The research hypothesis is that the row and column variables are not independent.B. The null hypothesis is that the row and column variables are not independent.The research hypothesis is that row and column variables are independent.OC. The null hypothesis is that the counts in each cell are equal.The research hypotheses is that counts in each cell are not equal.D. The null hypothesis is that counts in each cell are not equal.The research hypotheses is that the counts in each cell are equal.(a) Determine the cutoff sample score at which the null hypothesis should be rejected.Reject the null hypothesis for a chi-square value greater than(Round to three decimal places as needed.)Cohen's Conventions for Cramer's PhiCohen's Conventions for Cramer's PhiSmallest Side of Contingency Table2 (dfsmaller = 1)3 (dfsmaller = 2)4 (df smaller = 3)Print1Effect SizeSmall Medium Large0.10 0.30 0.500.07 0.210.350.290.06 0.17Done013Xdf12345 60 000Cutoff Scores for the Chi-Square Distribution78901310www130.101302.7064.6056.2527.7809.23710.64512.01713.36214.68415.987Significance Level.053.8415.9927.8159.48811.07112.59214.06715.50716.91918.307.016.6359.21111.34513.27715.08716.81218.47520.09021.66623.209190X3838

A) 16 14 16 14 16 16 B) 16 14 14 14 16 14 C) 16 14 16 14 16 14

Carry out a chi-square test for independence for each of the following contingency tables (use the 0.05 level)., figure the effect size for each contingency table and hypothesis . Figure for charts A-C?

Carry out a chi-square test for independence for each of the following contingency tables (use the 0.05 level)., figure the effect size for each contingency table and hypothesis . Figure for charts A-C?

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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