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A. Indicates that the data points are distant from the mean.
B. Indicates that the mean is a poor fit of the data.
C. Indicates that data points are close to the mean (i.e. the mean is a good fit of the data).
D. Indicates that you should analyse your data with a non-parametric test.
A. Indicates that the data points are distant from the mean (i.e. the mean is a poor fit of the data).
B. Indicates that the data points are close to the mean.
C. Indicates that the mean is a good fit of the data.
D. Indicates that you should analyse your data with a parametric test.
A. 95 out of 100 sample means will fall within the limits of the confidence interval.
B. 95 out of 100 confidence intervals will contain the population mean.
C. 95% of population means will fall within the limits of the confidence interval.
D. There is a 0.05 probability that the population mean falls within the limits of the confidence interval.
A. A non-scientific statement
B. A one-tailed hypothesis
C. A null hypothesis
D. A two-tailed hypothesis
A. This assumption means that none of your independent variables are correlated.
B. This assumption means that the errors in your model are not related to each other.
C. This assumption means that you must use an independent design rather than a repeated-measures design.
D. This assumption means that the residuals in your model are not independent.
A. Models used in fashion and design programs
B. Models used in physical education classes
C. Statistical models used to analyze and understand educational data
D. Models used in engineering and architecture programs
A. Linear regression
B. T-test
C. ANOVA
D. Logistic regression
A. Designing a new educational curriculum
B. Analyzing data and finding the best statistical model that represents the data
C. Conducting interviews with students
D. Implementing technology in the classroom
A. Predict future student performance
B. Improve teaching methods and educational outcomes
C. Determine the cost of education
D. Measure the intelligence of students
A. Predicting the weather patterns for school events
B. Identifying the best sports program for students
C. Analyzing student test scores to improve teaching strategies
D. Designing school uniforms
A. The level of acceptance of a research paper in academic journals
B. How well the statistical model captures the patterns in the data
C. The popularity of an educational theory
D. The accuracy of a teacher's predictions
A. R-squared
B. P-value
C. Mode
D. Mean absolute error (MAE)
A. To compare different statistical models
B. To ensure the model works well on new, unseen data
C. To validate the accuracy of student records
D. To adjust the model's parameters
A. Linear regression
B. Logistic regression
C. ANOVA
D. Time series analysis
A. By creating standardized tests for all students
B. By providing data-driven insights to optimize teaching strategies and improve student outcomes
C. By increasing the number of educational programs
D. By evaluating students solely based on their test scores