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A. Participants are randomly assigned to the conditions
B. May allow for the implication of causation
C. Does not allow for the implication of causation
D. All are correct
A. Randomized block design
B. Repeated measures design
C. Factorial design
D. None of these
A. True
B. False
A. No level
B. One leve
C. Two levels
D. Two or more levels
A. Interaction is significant
B. Interaction is non significant
C. Experimenter is not interested in all levels of one independent variable
D. Experimenter is interested in only two levels of the other independent variable
A. Independent and dependent variables
B. Two or more independent variables (factors) (Correct)
C. Two or more dependent variables
D. Categorical and continuous variables
A. Two factors, each with two levels
B. Two factors, each with one level
C. Four factors, each with two levels
D. Two factors, each with two levels (Correct)
A. The effect of the interaction between the factors
B. The combined effect of all factors on the dependent variable
C. The effect of each individual factor on the dependent variable, ignoring other factors (Correct)
D. The overall effect of the dependent variable on the factors
A. The main effect of each factor on the dependent variable
B. The combined effect of all factors on the dependent variable
C. The effect of one factor is dependent on the level of another factor (Correct)
D. The overall effect of the dependent variable on the factors
A. 2
B. 3
C. 6 (Correct)
D. 5
A. Effect size
B. The variance between group means relative to the variance within groups (Correct)
C. The sample size
D. The mean difference between groups
A. By subtracting the df of each factor from the total df
B. By multiplying the df of each factor
C. By adding the df of each factor
D. By multiplying the df of each factor and subtracting it from the total df (Correct)
A. To determine if the assumptions of normality and homogeneity of variance are met
B. To assess the interaction effect
C. To identify which group means significantly differ from each other after finding a significant interaction (Correct)
D. To check for multicollinearity among the factors
A. One post hoc test for Factor A only
B. Two post hoc tests for each factor
C. No post hoc test is necessary
D. No post hoc test for Factor A (Correct)
A. Homoscedasticity (homogeneity of variance) (Correct)
B. Normality of the independent variables
C. Linearity of the dependent variable
D. Independence of the observations