Why do we do the one-factor ANOVA instead of just doing a bunch of t tests? When doing many non-independent tests, our assumptions used to calculate p values fail. When doing many non-independent tests, our assumptions used to calculate alpha values f When doing many tests, the type II errors adds up and this allows us to keep this low. When doing many non-independent tests, our assumptions used to calculate t values fail. When doing many tests, the type I errors adds up and this allows us to keep this low.
Why do we do the one-factor ANOVA instead of just doing a bunch of t tests? When doing many non-independent tests, our assumptions used to calculate p values fail. When doing many non-independent tests, our assumptions used to calculate alpha values f When doing many tests, the type II errors adds up and this allows us to keep this low. When doing many non-independent tests, our assumptions used to calculate t values fail. When doing many tests, the type I errors adds up and this allows us to keep this low.
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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Transcribed Image Text:Why do we do the one-factor ANOVA instead of just doing a bunch of t tests?
When doing many non-independent tests, our assumptions used to calculate p values fail.
When doing many non-independent tests, our assumptions used to calculate alpha values fail.
When doing many tests, the type II errors adds up and this allows us to keep this low.
When doing many non-independent tests, our assumptions used to calculate t values fail.
When doing many tests, the type I errors adds up and this allows us to keep this low.
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