Question
5.The effect size to use for a main effect in a factorial ANOVA would be: A. Cohen's D Squared B. Partial Eta Squared C. Cohen's
5.The effect size to use for a main effect in a factorial ANOVA would be:
A. Cohen's D Squared
B. Partial Eta Squared
C. Cohen's D
D. Eta Squared
A researcher conducts an experiment on the effects of caffeine on memory. They hypothesise that caffeine may only be effective for studying if a person also has caffeine during the later testing of memory (say in an exam). There are two IV's: caffeine use during study (yes/no) and during testing (yes/no).
If there was a significant result, what would be the best way for the researcher to examine this further:
A. Simple effects analyses
B. Homogeneity of Variances
C. Using z-scores
D. The ANOVA gives you all of the relevant information that you need
What is the main reason we might prefer to use a Latin Square design over a complete counterbalancing design?
A. Because they include all possible sequences
B. To reduce order effects
C. Because there are too many participants
D. Because there are too many conditions
A 2 x 2 factorial experiment produces a set of means in a graph that looks like an upright 'X' shape. This likely means there is:
A. Both main effects and an interaction
B. A main effect of factor 2
C. A main effect of factor 1
D. An interaction
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