The data and the source table below are from a Repeated-Measures ANOVA. Using this information, Calculate the HSD value for a Tukey’s HSD test – including looking up the value of q from the table. Use α = .05. Condition 1Condition 2Condition 31009897989896979592959496 SOURCESSdfMSFobtBetween10.1725.082.58Within40.509 Participants28.673 Error11.8361.97 Total50.6711 Group of answer choicesq = 4.34, HSD = 2.87q = 6.33, HSD = 4.19q = 4.34, HSD = 3.05q = 6.33, HSD = 4.44

Solution: Given information: k = 3 groups Each group has 4 observation. n= 4 observation in each group Mean sum of square of error = MSE = 1.97 Degree of freedom error = DFE = 6 At α=0.05 the critical value of studentized range table is q= qα, k, DFE=q0.05,3,6= 4.34 From studentized range table q= 4.34 The Tukey HSD value can be determine as HSD= q×MSEn HSD= 4.34×1.974HSD= 4.34×0.4925HSD= 4.34×0.701783HSD= 3.045738HSD= 3.05 q= 4.34 , HSD = 3.05 Option C is Correct

Answered: he data and the source table below are…

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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The data and the source table below are from a Repeated-Measures ANOVA. Using this information, Calculate the HSD value for a Tukey’s HSD test – including looking up the value of q from the table.

Use α = .05.