Since p = 0.033, we have strong evidence to suggest that the distribution of proportions is not the A same for each of the different populations. Since p = 0.354, we do not have enough evidence to suggest that the distribution of proportions is B not the same for each of the different populations. Since p = 19.63, we do not have any evidence to suggest that the distribution of proportions is not C the same for each of the different populations. D Since p < 0.05, we have strong evidence that the populations are independent of each other. E Since p > 0.05, we cannot conclude that the populations are independent of each other.

Since p = 0.033, we have strong evidence to suggest that the distribution of proportions is not the A same for each of the different populations. Since p = 0.354, we do not have enough evidence to suggest that the distribution of proportions is B not the same for each of the different populations. Since p = 19.63, we do not have any evidence to suggest that the distribution of proportions is not C the same for each of the different populations. D Since p < 0.05, we have strong evidence that the populations are independent of each other. E Since p > 0.05, we cannot conclude that the populations are independent of each other.

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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