The table shows the test type Chi2 and F-test. nDF=
numerator degrees of freedom, dDF0= denominator degrees of freedom.
Emmeans test p-adjust: Tukey= comparisons of levels within the variables
from Tukey’s HSD post-hoc test that show weak to very strong evidence of
having an effect. |
*The table shows the test type
Chi2 and F-test. nDF= numerator degrees of freedom,
dDF0= denominator degrees of freedom. Emmeans test p-adjust: Tukey=
comparisons of levels within the variables from Tukey’s HSD post-hoc
test that show weak to very strong evidence of having an effect. |
*The
table shows the test type Chi2 and F-test. nDF=
numerator degrees of freedom, dDF0= denominator degrees of freedom.
Emmeans test p-adjust: Tukey= comparisons of levels within the variables
from Tukey’s HSD post-hoc test that show weak to very strong evidence of
having an effect. |
*The table shows the test type
Chi2 and F-test. nDF= numerator degrees of freedom,
dDF0= denominator degrees of freedom. Emmeans test p-adjust: Tukey=
comparisons of levels within the variables from Tukey’s HSD post-hoc
test that show weak to very strong evidence of having an effect. |
*The
table shows the test type Chi2 and F-test. nDF=
numerator degrees of freedom, dDF0= denominator degrees of freedom.
Emmeans test p-adjust: Tukey= comparisons of levels within the variables
from Tukey’s HSD post-hoc test that show weak to very strong evidence of
having an effect. |
*The table shows the test type
Chi2 and F-test. nDF= numerator degrees of freedom,
dDF0= denominator degrees of freedom. Emmeans test p-adjust: Tukey=
comparisons of levels within the variables from Tukey’s HSD post-hoc
test that show weak to very strong evidence of having an effect. |
*The
table shows the test type Chi2 and F-test. nDF=
numerator degrees of freedom, dDF0= denominator degrees of freedom.
Emmeans test p-adjust: Tukey= comparisons of levels within the variables
from Tukey’s HSD post-hoc test that show weak to very strong evidence of
having an effect. |