Communication Research: Post Hoc Test

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Post Hoc Test

Difference between r1.1 and the current

@@ -1,3 +1,12 @@

$ q = \displaystyle \frac {\text{the difference between any two means}}{\text{the standard error of the difference between any two means}} $

$ q = \displaystyle \frac {\overline{X_i}-\overline{X_j}}{\text{se}} $

$ se = \displaystyle \sqrt{ \frac {Var_{by error}}{n} } $

$ se = \displaystyle \sqrt{ \frac {MS_{error}}{n} } $

cf.

$ t = \displaystyle \frac {\text{the difference between any two means}}{\text{the standard error of the difference between the two means}} $

~~$ q = \frac {\text{the difference between any two means}}{\text{the standard error of the difference between any two means}} $~~

$q = \displaystyle \frac {\text{the difference between any two means}}{\text{the standard error of the difference between any two means}}$

$q = \displaystyle \frac {\overline{X_i}-\overline{X_j}}{\text{se}}$

$se = \displaystyle \sqrt{ \frac {Var_{by error}}{n} }$
$se = \displaystyle \sqrt{ \frac {MS_{error}}{n} }$

cf.

$t = \displaystyle \frac {\text{the difference between any two means}}{\text{the standard error of the difference between the two means}}$