ÓX2 = 704 (ÓX)2 = 8464 ÓTj2 =3178 ÓX = 92 k=3 N = 5 Ósi2 = 1898 Based on the summary values given above,what is the value of the mean square error?

A) 33.2 B) 8.92 C) 35.67 D) 4.19 A) 33.2 B) 8.92 C) 35.67 D) 4.19

Exam 12: One-Way Repeated Measures Analysis of Variance

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on the summary values given above,what is the value of the mean square error?

(Multiple Choice)

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Question 121

The F test is NOT roust to violations of the ____________________ assumption.

(Short Answer)

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Question 122

A biopsychologist is interested in studying the effects of marijuana on cognitive skills by studying a group of 7 rats.He puts each rat in a maze and measures the time it takes the rat (in minutes)to find the cheese at the end of the maze.He then puts a mask on the rat and has it inhale marijuana smoke for 5 seconds.He then puts the rat back in the maze,and records its time to reach the cheese.Twenty minutes later he puts the rat back in the maze to test for lasting effects of the drug.The tables below summarize the data and part of the data analysis: What is the value for the F ratio?

(Multiple Choice)

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Question 123

You carried out a study where you tested the effectiveness of a new therapy technique at reducing anxiety.You identified a group of high-anxiety individuals,and you measured their anxiety before therapy,immediately after therapy,and at two follow-up sessions 1 month and 2 months after the therapy is concluded.High scores on the anxiety measure are scaled to reflect relatively higher levels of anxiety.Here is the hypothetical data from SPSS output. Which of the following phrases would NOT be an appropriate way of describing this design?

(Multiple Choice)

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Question 124

In a one-way repeated measures ANOVA,the total variability in the dependent variable can be partitioned into the _____ components.

(Multiple Choice)

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Question 125

In a repeated measures design,the sum of squares error represents the influence of disturbance variables other than individual differences--that is,variability in the dependent variable remaining after the effects of the independent variable and individual differences have been partitioned out.

(True/False)

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Question 126

The mean square error in the repeated measures case will tend to be _____ than the mean square within in the between-subjects case.

(Multiple Choice)

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Question 127

What does the mean square subjects contribute to the F test?

(Essay)

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Question 128

The source of variability that reflects the influence of individual differences is termed the sum of squares ____________________.

(Short Answer)

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Question 129

Two ways to deal with confounding due to carryover effects involve randomly ordering the conditions for each participant and ____________________ the order of the conditions.

(Short Answer)

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Question 130

To the extent that the dependent variable is influenced by individual background,the population eta-squared will be _____ in the within-subjects case than in the between-subjects case.

(Multiple Choice)

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Question 131

The most frequently used adjustment factors for violations of the sphericity assumption (Huynh-Feldt epsilon and Greenhouse-Geisser)both result in degrees of freedom that are ____________________ the original degrees of freedom.

(Short Answer)

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Question 132

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on summary values given above,the value of degrees of freedom associated with sum of squares total and the sum of squares error is _ and _ ,respectively.

(Multiple Choice)

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Question 133

The mean square across subjects does not directly figure in the F test constituting the hypothesis testing procedure and,thus,is not typically calculated.

(True/False)

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Question 134

If the observed value of F is _ than the critical value of F,then the null hypothesis is rejected and we can conclude that _ an influence of the independent variable.

(Multiple Choice)

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Question 135

When a within-subjects design is used,each score is derived from a different person,so it is not possible to estimate the effects of disturbance variables due to individual differences.

(True/False)

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Question 136

The source of variability that reflects the influence of the independent variable is called the sum of squares ____________________.

(Short Answer)

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Question 137

The one-way repeated measures analysis of variance is typically used to analyze the relationship between two variables when:

(Multiple Choice)

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Question 138

If the assumption of sphericity is satisfied,the Tukey HSD test cannot be used to discern the nature of the relationship in a one-way repeated measures analysis of variance.

(True/False)

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Question 139

The sum of squares within from a one-way between-subjects analysis of variance is mathematically equal to the total of the sum of squares _ and the sum of squares _ from a one-way repeated measures analysis of variance applied to the same scores.

(Multiple Choice)

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Question 140

Showing 121 - 140 of 140

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on the summary values given above,what is the value of the mean square error?

The F test is NOT roust to violations of the ____________________ assumption.

In a one-way repeated measures ANOVA,the total variability in the dependent variable can be partitioned into the _____ components.

In a repeated measures design,the sum of squares error represents the influence of disturbance variables other than individual differences--that is,variability in the dependent variable remaining after the effects of the independent variable and individual differences have been partitioned out.

The mean square error in the repeated measures case will tend to be _____ than the mean square within in the between-subjects case.

What does the mean square subjects contribute to the F test?

The source of variability that reflects the influence of individual differences is termed the sum of squares ____________________.

Two ways to deal with confounding due to carryover effects involve randomly ordering the conditions for each participant and ____________________ the order of the conditions.

To the extent that the dependent variable is influenced by individual background,the population eta-squared will be _____ in the within-subjects case than in the between-subjects case.

The most frequently used adjustment factors for violations of the sphericity assumption (Huynh-Feldt epsilon and Greenhouse-Geisser)both result in degrees of freedom that are ____________________ the original degrees of freedom.

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on summary values given above,the value of degrees of freedom associated with sum of squares total and the sum of squares error is _ and _ ,respectively.

The mean square across subjects does not directly figure in the F test constituting the hypothesis testing procedure and,thus,is not typically calculated.

If the observed value of F is _ than the critical value of F,then the null hypothesis is rejected and we can conclude that _ an influence of the independent variable.

When a within-subjects design is used,each score is derived from a different person,so it is not possible to estimate the effects of disturbance variables due to individual differences.

The source of variability that reflects the influence of the independent variable is called the sum of squares ____________________.

The one-way repeated measures analysis of variance is typically used to analyze the relationship between two variables when:

If the assumption of sphericity is satisfied,the Tukey HSD test cannot be used to discern the nature of the relationship in a one-way repeated measures analysis of variance.

The sum of squares within from a one-way between-subjects analysis of variance is mathematically equal to the total of the sum of squares _ and the sum of squares _ from a one-way repeated measures analysis of variance applied to the same scores.

Introduction and Mathematical Preliminaries

Frequency and Probability Distributions

Measures of Central Tendency and Variability

Percentiles,percentile Ranks,standard Scores,and the Normal Distribution

Pearson Correlation and Regression: Descriptive Aspects

Probability

Estimation and Sampling Distributions

Hypothesis Testing: Inferences About a Single Mean

Principles of Research Design and Statistical Preliminaries for Analyzing Bivariate Relationships

Independent Groups T-Test

Correlated Groups T-Test

Pearson Correlation and Regression: Inferential Aspects

Chi-Square Test

Nonparametric Statistics

Two-Way Between-Subjects Analysis of Variance

Overview and Extension: Statistical Tests for More Complex Designs

Filters

Exam 12: One-Way Repeated Measures Analysis of Variance

ÓX2 = 704 (ÓX)2 = 8464 ÓTj2 =3178 ÓX = 92 k=3 N = 5 Ósi2 = 1898 Based on the summary values given above,what is the value of the mean square error?

The F test is NOT roust to violations of the ____________________ assumption.

In a one-way repeated measures ANOVA,the total variability in the dependent variable can be partitioned into the _____ components.

In a repeated measures design,the sum of squares error represents the influence of disturbance variables other than individual differences--that is,variability in the dependent variable remaining after the effects of the independent variable and individual differences have been partitioned out.

The mean square error in the repeated measures case will tend to be _____ than the mean square within in the between-subjects case.

What does the mean square subjects contribute to the F test?

The source of variability that reflects the influence of individual differences is termed the sum of squares ____________________.

Two ways to deal with confounding due to carryover effects involve randomly ordering the conditions for each participant and ____________________ the order of the conditions.

To the extent that the dependent variable is influenced by individual background,the population eta-squared will be _____ in the within-subjects case than in the between-subjects case.

The most frequently used adjustment factors for violations of the sphericity assumption (Huynh-Feldt epsilon and Greenhouse-Geisser)both result in degrees of freedom that are ____________________ the original degrees of freedom.

ÓX2 = 704 (ÓX)2 = 8464 ÓTj2 =3178 ÓX = 92 k=3 N = 5 Ósi2 = 1898 Based on summary values given above,the value of degrees of freedom associated with sum of squares total and the sum of squares error is _____ and _____ ,respectively.

The mean square across subjects does not directly figure in the F test constituting the hypothesis testing procedure and,thus,is not typically calculated.

If the observed value of F is _____ than the critical value of F,then the null hypothesis is rejected and we can conclude that _____ an influence of the independent variable.

When a within-subjects design is used,each score is derived from a different person,so it is not possible to estimate the effects of disturbance variables due to individual differences.

The source of variability that reflects the influence of the independent variable is called the sum of squares ____________________.

The one-way repeated measures analysis of variance is typically used to analyze the relationship between two variables when:

If the assumption of sphericity is satisfied,the Tukey HSD test cannot be used to discern the nature of the relationship in a one-way repeated measures analysis of variance.

The sum of squares within from a one-way between-subjects analysis of variance is mathematically equal to the total of the sum of squares _____ and the sum of squares _____ from a one-way repeated measures analysis of variance applied to the same scores.

Introduction and Mathematical Preliminaries

Frequency and Probability Distributions

Measures of Central Tendency and Variability

Percentiles,percentile Ranks,standard Scores,and the Normal Distribution

Pearson Correlation and Regression: Descriptive Aspects

Probability

Estimation and Sampling Distributions

Hypothesis Testing: Inferences About a Single Mean

Principles of Research Design and Statistical Preliminaries for Analyzing Bivariate Relationships

Independent Groups T-Test

Correlated Groups T-Test

Pearson Correlation and Regression: Inferential Aspects

Chi-Square Test

Nonparametric Statistics

Two-Way Between-Subjects Analysis of Variance

Overview and Extension: Statistical Tests for More Complex Designs

Filters

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on the summary values given above,what is the value of the mean square error?

ÓX² = 704 (ÓX)²= 8464 ÓT_j²=3178 ÓX = 92 k=3 N = 5 Ós_i² = 1898 Based on summary values given above,the value of degrees of freedom associated with sum of squares total and the sum of squares error is _ and _ ,respectively.

If the observed value of F is _ than the critical value of F,then the null hypothesis is rejected and we can conclude that _ an influence of the independent variable.

The sum of squares within from a one-way between-subjects analysis of variance is mathematically equal to the total of the sum of squares _ and the sum of squares _ from a one-way repeated measures analysis of variance applied to the same scores.