Consider the data at right. Y, Y2 Find K2, then use the Wilcoxon-Mann-Whitney Test to determine whether the populations from which the samples are taken have different means. Use a = 0.10. 17 6 20 13 22 14 15 64 170 16 190 315 18 310 400 K, = 42 K2 = ? If the data values were different (but still 7 values in the first column and 8 values in the second column), what is the smallest U, could possibly be, and what is the largest Ug could possibly be? Suppose that the value of 16 in the second column were instead 21. Would the resulting U, and P values be larger or smaller? (Just circle Larger or Smaller for each.) Us Larger Smaller P Larger Smaller

Consider the data at right. Y, Y2 Find K2, then use the Wilcoxon-Mann-Whitney Test to determine whether the populations from which the samples are taken have different means. Use a = 0.10. 17 6 20 13 22 14 15 64 170 16 190 315 18 310 400 K, = 42 K2 = ? If the data values were different (but still 7 values in the first column and 8 values in the second column), what is the smallest U, could possibly be, and what is the largest Ug could possibly be? Suppose that the value of 16 in the second column were instead 21. Would the resulting U, and P values be larger or smaller? (Just circle Larger or Smaller for each.) Us Larger Smaller P Larger Smaller

Name: Consider the data at right.Y,Y2Find K2, then use the Wilcoxon-Mann-Wh
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Description: Consider the data at right.Y,Y2Find K2, then use the Wilcoxon-Mann-Whitney Test todetermine whether the populations from which the samplesare taken have different means. Use a = 0.10.1762013221464151701619018315310400к, 3 42K2 = ?%3DIf the data valu

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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