Observed Quantile -04- 1.00- Normal Quantile Power as a function of effect size for n = 16 075- 050- 0.25- Type Atypical Typical Feather Type Atypical 0.1 02 03 Effect Size (delta) 4. Comment on the normality assumption with reference to the above QQplot Typical 5. What's the probability of a type II error for this hypothesis test when the true difference in population means is 0.1. 6. Your colleague is attempting to replicate this study but is worried that their experiment is underpow- ered. What do they mean, and how might they address this problem? 7. Comment on the choice of effect size measure on the previous page; is it the ideal choice or might you consider a better candidate. Explain why or why not in 1-2 sentences? The End.

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
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Observed Quantile
-04-
1.00-
Normal Quantile
Power as a function of effect size for n = 16
075-
050-
0.25-
Type
Atypical
Typical
Feather Type
Atypical
0.1
02
03
Effect Size (delta)
4. Comment on the normality assumption with reference to the above QQplot
Typical
5. What's the probability of a type II error for this hypothesis test when the true difference in population
means is 0.1.
6. Your colleague is attempting to replicate this study but is worried that their experiment is underpow-
ered. What do they mean, and how might they address this problem?
7. Comment on the choice of effect size measure on the previous page; is it the ideal choice or might you
consider a better candidate. Explain why or why not in 1-2 sentences?
The End.
Transcribed Image Text:Observed Quantile -04- 1.00- Normal Quantile Power as a function of effect size for n = 16 075- 050- 0.25- Type Atypical Typical Feather Type Atypical 0.1 02 03 Effect Size (delta) 4. Comment on the normality assumption with reference to the above QQplot Typical 5. What's the probability of a type II error for this hypothesis test when the true difference in population means is 0.1. 6. Your colleague is attempting to replicate this study but is worried that their experiment is underpow- ered. What do they mean, and how might they address this problem? 7. Comment on the choice of effect size measure on the previous page; is it the ideal choice or might you consider a better candidate. Explain why or why not in 1-2 sentences? The End.
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