In the ANOVA for the between groups factorial design for two independent variables, the variance for the _____ is estimated by comparing all of the cell means to the grand mean and then subtracting the variance of the two main effects
a. interaction c. total
b. error term d. main effects
In a totals summary table, the _____ sum to the grand total.
a. marginals c. column totals
b. row totals d. all of these
Adding across the rows and down the columns of a totals summary table generates values called _____.
a. marginals c. factor summaries
b. cell totals d. effect sizes
A good strategy for conducting a between subjects factorial ANOVA is to begin by constructing a(n) _____.
a. bar graph of the results c. graph of the effect size
b. totals summary table d. ANOVA summary table
In a between subjects factorial ANOVA, the _____ add up to the totals.
a. sums of squares c. mean squares
b. degrees of freedom d. a and b
In a between subjects factorial ANOVA, the F ratio represents a comparison of the variance caused by the treatments to the variance due to the _____.
a. interaction c. total variation in the experiment
b. main effects d. baseline variation within the cells
In the summary table for a between subjects factorial ANOVA, instead of seeing the row labeled between groups we see which of the following sources of variance?
a. main effect of Factor A c. interaction of A X B
b. main effect of Factor B d. all of these
In a between subjects factorial ANOVA, the mean square within is found by dividing the sum of squares by the
a. degrees of freedom within c. degrees of freedom for the interaction
b. degrees of freedom total d. degrees of freedom for Factor B
Which of these terms does NOT refer to the same thing as the other 3?
a. residual variance c. within variance
b. total variance d. error variance
The denominator for the F ratio in a between subjects factorial ANOVA is the _____.
a. mean square within c. sum of squares within
b. mean square between d. total sum of squares
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