These One-Factor Repeated-Measures Design multiple-choice questions and their answers will help you strengthen your grip on the subject of One-Factor Repeated-Measures Design. You can prepare for an upcoming exam or job interview with these One-Factor Repeated-Measures Design MCQs.
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A. Differences of mean for each level of the independent variable
B. Differences between two groups of participants
C. Relationships between two data sets
D. All of these
A. Minimize the variance among units within blocks
B. Minimize the variance among blocks
C. Both
D. None
A. A research design that involves measuring multiple factors simultaneously
B. A research design that compares multiple groups on a single dependent variable
C. A research design that measures the same group on a single factor at multiple time points
D. A research design that uses both within-subject and between-subject comparisons
A. It allows for the comparison of different groups on the same dependent variable
B. It controls for individual differences by using the same group across multiple measurements
C. It reduces the likelihood of experimental bias and demand characteristics
D. It provides a clear cause-and-effect relationship between independent and dependent variables
A. To ensure that the order of conditions is randomized for each participant
B. To match participants based on specific characteristics before assigning them to conditions
C. To control for confounding variables by including a control group
D. To calculate effect sizes and statistical significance
A. Analysis of Variance (ANOVA)
B. t-test for independent samples
C. Chi-square test
D. Correlation analysis
A. It requires a large sample size to yield reliable results
B. It is prone to carryover effects or order effects
C. It does not allow for the comparison of multiple dependent variables
D. It is time-consuming and expensive to implement
A. The influence of the researcher's instructions on participant behavior
B. The impact of participant characteristics on the outcome of the study
C. The effect of the sequence in which conditions are presented on participant responses
D. The overall variability of data within each condition
A. By randomizing the order of conditions across participants
B. By using a control group to compare against the repeated measures group
C. By manipulating the independent variable in a systematic way
D. By using a between-subjects design instead of a repeated-measures design
A. The difference between groups on the dependent variable
B. The difference between participants on the independent variable
C. The difference in scores obtained from the same participants across different conditions
D. The difference between the experimental and control groups
A. It allows for the direct comparison of multiple independent variables
B. It reduces individual differences and increases statistical power
C. It eliminates the need for counterbalancing and random assignment
D. It provides a clearer cause-and-effect relationship between variables
A. By excluding any participant who shows carryover effects from the analysis
B. By using a within-subject control condition to compare against the experimental conditions
C. By allowing for a washout period between conditions or using a Latin square design
D. By conducting a separate analysis for participants who exhibit carryover effects