SPSS 12.0 Statistical Procedures Companion
Published on 13. February 2004
Book
Mixed media product
601 pages
978-0-13-109672-1 (ISBN)
Description
A procedural software manual for Advanced Statistics courses.
Students new to statistical analysis and SPSS as well as seasoned users will find this manual incredibly valuable, as it provides tips, warnings, and examples that aid data analysis. While the underlying statistical concepts are reviewed, the emphasis is on practical matters: understanding the analyses that can be performed using SPSS. It offers suggestions and concentrates on topics that arise when analyzing real data for presentations, reports, and dissertations. The accompanying CD-ROM contains many of the datasets used in the book.
Students new to statistical analysis and SPSS as well as seasoned users will find this manual incredibly valuable, as it provides tips, warnings, and examples that aid data analysis. While the underlying statistical concepts are reviewed, the emphasis is on practical matters: understanding the analyses that can be performed using SPSS. It offers suggestions and concentrates on topics that arise when analyzing real data for presentations, reports, and dissertations. The accompanying CD-ROM contains many of the datasets used in the book.
More details
Language
English
Place of publication
United States
Publishing group
Pearson Education (US)
Target group
Professional and scholarly
Dimensions
Height: 229 mm
Width: 188 mm
Thickness: 25 mm
Weight
948 gr
ISBN-13
978-0-13-109672-1 (9780131096721)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
New editions
Marija Norusis
SPSS 13.0 Statistical Procedures Companion
Book
06/2005
Pearson
€44.56
Article exhausted; check for reprint
Content
PART I.
1. Introduction.
Statistical Procedures Described in the Book. Descriptive Statistics. Compare Means. General Linear Model. Mixed Models. Correlate. Regression. Classify. Data Reduction. Scale. Nonparametric Tests.
2. Getting to Know SPSS.
In a Nutshell. Tutorials. Windows of SPSS. Inside a Dialog Box. SPSS Viewer. Getting More Help. Dressing Up Your Output. Editing Your Charts. Using Syntax.
3. Introducing Data.
Vocabulary. Planning the Data File. Getting Data into SPSS. Using SPSS Data Files. Using Spreadsheet and Database Files. Feeding Text Files to the Text Wizard. Typing Your Own Data. Entering the Data. Saving the Data File. Entering Tabulated Data. Creating New Variables. Saving Time When Dealing with Your Data. Selecting Cases for Analyses. Repeating the Analysis for Different Groups of Cases.
4. Preparing Your Data.
Checking Variable Definitions. Using the Utilities Menu. Using Define Variable Properties. Checking Your Case Count. Eliminating Duplicate Cases. Adding Missing Cases. Checking Data Values. Listing the Values. Making Frequency Tables. Looking at the Distribution of Values. Looking at Combinations of Variables. Caution.
5. Transforming Your Data.
Computing a New Variable. One Size Fits All: Unconditional Transformation. If and Then: Conditional Transformations. Working with the Visual Bander. Changing the Coding Scheme. Checking the Recode. Changing a String Variable to a Numeric Variable. Ranking Variables. Counting Occurrences.
6. Describing Your Data.
Examples. In a Nutshell. Newspaper Reading: The Example. Examining Tables and Charts of Counts. Examining Two-Way Tables of Counts. Summarize Scale Variables. Histograms. Variability and Central Tendency. Plotting Pairs of Variables. Creating OLAP Cubes. Percentiles. Normal Distribution. Standard Scores. Navigating the Menus. Obtaining the Output.
7. Testing Hypotheses.
In a Nutshell. Setting the Stage. Defining Samples and Populations. Using Random Samples. Creating a Good Experimental Design. Dealing with Missing Data. Testing a Hypothesis. Step 1: Specifying the Null Hypothesis and the Alternative Hypothesis. Prelude to the Remaining Steps. Step 2: Selecting the Appropriate Statistical Procedure. Step 3: Checking Whether Your Data Meet the Required Assumptions. Step 4: Assuming That the Null Hypothesis Is True. Step 5: Calculating the Observed Significance Level. Step 6: Deciding Whether to Reject the Null Hypothesis. Calculating Confidence Intervals. Reporting Your Results Correctly. To Err is Statistical. Commonly Used Tests for Popular Hypotheses. Obtaining the Output.
8. T Tests. In a Nutshell. Deciding Which T Test to Use. One-Sample T Test. Paired-Samples T Test. Two-Independent-Samples T Test. Analyzing Truancy Data: The Example. One-Sample T Test. Paired-Samples T Test. Two-Independent-Samples T Test. Obtaining the Output.
9. One-Way Analysis of Variance.
Examples. In a Nutshell. Anorexia: The Example. Arranging the Data. Examining the Data. Checking the Assumptions. Testing the Hypothesis. Analyzing Change. Pinpointing the Differences. Atoning for Many Comparisons. Contrasts: Testing Linear Combinations of Means. Obtaining the Output.
10. Crosstabulation.
Examples. In a Nutshell. Chi-Square Test: Are Two Variables Independent?. Is It in the Stars?. Are Proportions Equal?. Measuring Change: McNemar Test. How Strongly Are Two Variables Related?. Measures of Association for Nominal Variables. Proportional Reduction in Error Measures. Ordinal Measures. Eta Coefficient. Measures Based on Correlation Coefficients. Measuring Agreement. Measuring Risk in 2-by-2 Tables. Measuring the Relative Risk. Calculating the Odds Ratio. Stratifying the Cases. Testing Hypotheses about the Odds Ratios. Megatip: Entering Tables Directly. Obtaining the Output.
11. Correlation.
Examples. In a Nutshell. Body Fat: The Example. Plotting the Data. Examining the Scatterplot Matrix. Using the Pearson Correlation Coefficient. Testing Hypotheses about Correlation Coefficients. Comparing Two Indexes. Basing Correlation Coefficients on Ranks. Using Partial Correlation Coefficients. Calculating Partial Correlation Coefficients. Testing Hypotheses about Partial Correlation Coefficients. Steps for Calculating the Partial Correlation Coefficient. Missing Values. Megatip: Identifying Points in a Scatterplot. Labeling Individual Points with the Default Variable Value. Labeling All Points with the Default Variable Value. Changing the Variables Used to Identify Points. Obtaining the Output.
12. Bivariate Linear Regression. Examples. In a Nutshell. Predicting Body Fat: The Example. Plotting the Values. Calculating the Least-Squares Regression Line. Predicting Body Fat. Determining How Well the Line Fits. Testing Hypotheses about the Population Regression Line. Searching for Violations of Assumptions. Looking for Unusual Points. Dealing with Violations of the Assumptions. Coaxing a Nonlinear Relationship to Linearity. Coping with Non-Normality. Stabilizing the Variance. Adding More Circumferences: Multiple Linear Regression. Obtaining the Output.
13. Multiple Linear Regression.
Examples. In a Nutshell. Reading Scores: The Example. Formulating the Problem. Multiple Linear Regression Model. Before You Start. Estimating the Coefficients of the Model. Assumptions for Testing Hypotheses. Regression Hypotheses. Including Categorical Variables. Comparing Two Models: Change in R-Square. Many Paths Lead to the Same Hypothesis. Using an Automated Method for Building a Model. Examining the Methods. Stepwise Selection: An Example. Calculating Predicted Values. After the Model Is Selected. Checking for Violations of Regression Assumptions. Calculating Residuals. Looking for Unusual Observations. Identifying Large Residuals. Identifying Unusual Values of Independent Variables. Looking for Influential Points. Partial Regression Plots. Looking for Collinearity. A Final Comment. Obtaining the Output.
14. Discriminant Analysis.
Examples. In a Nutshell. Predicting Internet Use: The Example. Before You Start. Examining Descriptive Statistics. Calculating the Discriminant Function. Discriminant Function Coefficients. Testing Hypotheses about the Discriminant Function. Testing Assumptions. Testing Equality of Discriminant Function Means. Classifying Cases into Groups. Classification Summary. Examining the Probability of Group Membership. Automated Model Building. Setting Criteria. Following the Steps. Classification Results. Discriminant Analysis with Four Groups. Discriminant Function Coefficients. Testing Equality of Discriminant Function Means. Pairwise Differences between Groups. Classification. Classification Function Coefficients. Obtaining the Output.
15. Logistic Regression Analysis.
Examples. In a Nutshell. Introduction. Logistic Regression Model. Predicting Node Involvement: The Example. Coefficients for the Logistic Model. Calculating a Predicted Probability. Interpreting the Logistic Coefficients. Testing Hypotheses about the Model. Likelihood-Ratio Test. Are All Coefficients Zero?. Model Change. Summary Measures. Tests for a Coefficient. Categorical Variables. Creating Interaction Terms. Evaluating Linearity. Automated Model Building. Variable Entry and Removal Criteria. Examining the Model. Logistic Regression Diagnostics. Model Discrimination. Model Calibration. Diagnostic Statistics for Individual Cases. Related Procedures. Obtaining the Output.
16. Cluster Analysis.
Examples. In a Nutshell. Introduction. Hierarchical Clustering. Figure-Skating Judges: The Example. How Alike (or Different) Are the Cases?. How Should Clusters Be Combined?. Summarizing the Steps: The Icicle Plot. Clustering Variables. K-Means Clustering. Roman Pottery: The Example. Locations of the Pottery. Two-Step Cluster. Clustering Newspaper Readers: The Example. Obtaining the Output.
17. Factor Analysis.
Examples. In a Nutshell. Getting Ahead: The Example. Step 1: Computing the Observed Correlation Matrix. Are the Variables Related?. Step 2: Estimating the Factors. Whats the Model?. How Many Factors Do You Need?. Goodness-of-Fit Test. Selecting a Factor Extraction Method. How Are the Variables and Factors Related?. How Much Variance Is Explained?. Step 3: Making Factors Easier to Interpret: Rotation. Examining the Basics of Rotation. Orthogonal Rotation of Getting-Ahead Data. Plotting the Factors. Oblique Rotation of Getting-Ahead Data. Step 4: Computing Factor Scores.Methods for Calculating Factor Scores. Using Factor Scores to Test Hypotheses. Megatip: Entering a Correlation Matrix. Obtaining the Output.
18. Reliability Analysis.
Examples. In a Nutshell. Anomia: The Example. How Are the Individual Items Related to the Overall Score?. Reliability Coefficients. Internal Consistency: Cronbachs Alpha. Split-Half Reliability Model. Guttmans Lower Bounds. Testing Hypotheses about Scales. Parallel and Strictly Parallel Models. Cochrans Q: Testing Equality of Related Proportions. Testing Equality of Related Means. Tukeys Test of Nonadditivity. Measuring Agreement. Intraclass Correlation Coefficients. Obtaining the Output.
19. Nonparametric Tests.
Examples. In a Nutshell. Using the One-Sample Chi-Square Test. Do Triplicities Recruit Members? The Example. Using the Binomial Test. Testing Randomness: The Runs Test. Testing Hypotheses about Two Related Groups. Looking at the Sign Test. Adding Power: The Wilcoxon Test. Testing Hypotheses about Two Independent Groups. Wilcoxon Test. Wald-Wolfowitz Runs Test. Testing Hypotheses about Three or More Independent Groups. Kruskal-Wallis Test. Median Test. Three or More Related Groups. Looking for Differences: The Friedman Test. Measuring Agreement: Kendalls W. Testing Equality of Proportions: Cochrans Q. Obtaining the Output.
PART II.
20. GLM Univariate.
Regression Model with Two Independent Variables. Two-Way Analysis of Variance (ANOVA) with Equal Sample Sizes. Univariate ANOVA: A Randomized Complete Block Design with Two Treatments. Univariate ANOVA: A Randomized Complete Block Design with Empty Cells. Analysis of Covariance (ANCOVA) and Nesting. Using the Interaction Operator. Mixed-Effects Nested Design Model. Univariate Repeated Measures Analysis. Using a Split-Plot Design Approach.
21. GLM Multivariate.
Multivariate ANOVA: Multivariate Two-Way Fixed-Effects Model with Interaction. Profile Analysis: Setting Up Custom Linear Hypotheses.
22. GLM Repeated Measures.
Repeated Measures Analysis of Variance. Checking Assumptions. Testing Hypotheses. Doubly Multivariate Repeated Measures Analysis of Variance.
23. Linear Mixed Models.
The Linear Mixed Model. Background. Unconditional Random-Effects Models. Adding a Gender Fixed Effect. Hierarchical Models. Random-Coefficient Model. A Model with School-Level and Individual-Level Covariates. A Three-Level Hierarchical Model. Repeated Measurements. Selecting a Residual Covariance Structure. Edited by Michelle.
1. Introduction.
Statistical Procedures Described in the Book. Descriptive Statistics. Compare Means. General Linear Model. Mixed Models. Correlate. Regression. Classify. Data Reduction. Scale. Nonparametric Tests.
2. Getting to Know SPSS.
In a Nutshell. Tutorials. Windows of SPSS. Inside a Dialog Box. SPSS Viewer. Getting More Help. Dressing Up Your Output. Editing Your Charts. Using Syntax.
3. Introducing Data.
Vocabulary. Planning the Data File. Getting Data into SPSS. Using SPSS Data Files. Using Spreadsheet and Database Files. Feeding Text Files to the Text Wizard. Typing Your Own Data. Entering the Data. Saving the Data File. Entering Tabulated Data. Creating New Variables. Saving Time When Dealing with Your Data. Selecting Cases for Analyses. Repeating the Analysis for Different Groups of Cases.
4. Preparing Your Data.
Checking Variable Definitions. Using the Utilities Menu. Using Define Variable Properties. Checking Your Case Count. Eliminating Duplicate Cases. Adding Missing Cases. Checking Data Values. Listing the Values. Making Frequency Tables. Looking at the Distribution of Values. Looking at Combinations of Variables. Caution.
5. Transforming Your Data.
Computing a New Variable. One Size Fits All: Unconditional Transformation. If and Then: Conditional Transformations. Working with the Visual Bander. Changing the Coding Scheme. Checking the Recode. Changing a String Variable to a Numeric Variable. Ranking Variables. Counting Occurrences.
6. Describing Your Data.
Examples. In a Nutshell. Newspaper Reading: The Example. Examining Tables and Charts of Counts. Examining Two-Way Tables of Counts. Summarize Scale Variables. Histograms. Variability and Central Tendency. Plotting Pairs of Variables. Creating OLAP Cubes. Percentiles. Normal Distribution. Standard Scores. Navigating the Menus. Obtaining the Output.
7. Testing Hypotheses.
In a Nutshell. Setting the Stage. Defining Samples and Populations. Using Random Samples. Creating a Good Experimental Design. Dealing with Missing Data. Testing a Hypothesis. Step 1: Specifying the Null Hypothesis and the Alternative Hypothesis. Prelude to the Remaining Steps. Step 2: Selecting the Appropriate Statistical Procedure. Step 3: Checking Whether Your Data Meet the Required Assumptions. Step 4: Assuming That the Null Hypothesis Is True. Step 5: Calculating the Observed Significance Level. Step 6: Deciding Whether to Reject the Null Hypothesis. Calculating Confidence Intervals. Reporting Your Results Correctly. To Err is Statistical. Commonly Used Tests for Popular Hypotheses. Obtaining the Output.
8. T Tests. In a Nutshell. Deciding Which T Test to Use. One-Sample T Test. Paired-Samples T Test. Two-Independent-Samples T Test. Analyzing Truancy Data: The Example. One-Sample T Test. Paired-Samples T Test. Two-Independent-Samples T Test. Obtaining the Output.
9. One-Way Analysis of Variance.
Examples. In a Nutshell. Anorexia: The Example. Arranging the Data. Examining the Data. Checking the Assumptions. Testing the Hypothesis. Analyzing Change. Pinpointing the Differences. Atoning for Many Comparisons. Contrasts: Testing Linear Combinations of Means. Obtaining the Output.
10. Crosstabulation.
Examples. In a Nutshell. Chi-Square Test: Are Two Variables Independent?. Is It in the Stars?. Are Proportions Equal?. Measuring Change: McNemar Test. How Strongly Are Two Variables Related?. Measures of Association for Nominal Variables. Proportional Reduction in Error Measures. Ordinal Measures. Eta Coefficient. Measures Based on Correlation Coefficients. Measuring Agreement. Measuring Risk in 2-by-2 Tables. Measuring the Relative Risk. Calculating the Odds Ratio. Stratifying the Cases. Testing Hypotheses about the Odds Ratios. Megatip: Entering Tables Directly. Obtaining the Output.
11. Correlation.
Examples. In a Nutshell. Body Fat: The Example. Plotting the Data. Examining the Scatterplot Matrix. Using the Pearson Correlation Coefficient. Testing Hypotheses about Correlation Coefficients. Comparing Two Indexes. Basing Correlation Coefficients on Ranks. Using Partial Correlation Coefficients. Calculating Partial Correlation Coefficients. Testing Hypotheses about Partial Correlation Coefficients. Steps for Calculating the Partial Correlation Coefficient. Missing Values. Megatip: Identifying Points in a Scatterplot. Labeling Individual Points with the Default Variable Value. Labeling All Points with the Default Variable Value. Changing the Variables Used to Identify Points. Obtaining the Output.
12. Bivariate Linear Regression. Examples. In a Nutshell. Predicting Body Fat: The Example. Plotting the Values. Calculating the Least-Squares Regression Line. Predicting Body Fat. Determining How Well the Line Fits. Testing Hypotheses about the Population Regression Line. Searching for Violations of Assumptions. Looking for Unusual Points. Dealing with Violations of the Assumptions. Coaxing a Nonlinear Relationship to Linearity. Coping with Non-Normality. Stabilizing the Variance. Adding More Circumferences: Multiple Linear Regression. Obtaining the Output.
13. Multiple Linear Regression.
Examples. In a Nutshell. Reading Scores: The Example. Formulating the Problem. Multiple Linear Regression Model. Before You Start. Estimating the Coefficients of the Model. Assumptions for Testing Hypotheses. Regression Hypotheses. Including Categorical Variables. Comparing Two Models: Change in R-Square. Many Paths Lead to the Same Hypothesis. Using an Automated Method for Building a Model. Examining the Methods. Stepwise Selection: An Example. Calculating Predicted Values. After the Model Is Selected. Checking for Violations of Regression Assumptions. Calculating Residuals. Looking for Unusual Observations. Identifying Large Residuals. Identifying Unusual Values of Independent Variables. Looking for Influential Points. Partial Regression Plots. Looking for Collinearity. A Final Comment. Obtaining the Output.
14. Discriminant Analysis.
Examples. In a Nutshell. Predicting Internet Use: The Example. Before You Start. Examining Descriptive Statistics. Calculating the Discriminant Function. Discriminant Function Coefficients. Testing Hypotheses about the Discriminant Function. Testing Assumptions. Testing Equality of Discriminant Function Means. Classifying Cases into Groups. Classification Summary. Examining the Probability of Group Membership. Automated Model Building. Setting Criteria. Following the Steps. Classification Results. Discriminant Analysis with Four Groups. Discriminant Function Coefficients. Testing Equality of Discriminant Function Means. Pairwise Differences between Groups. Classification. Classification Function Coefficients. Obtaining the Output.
15. Logistic Regression Analysis.
Examples. In a Nutshell. Introduction. Logistic Regression Model. Predicting Node Involvement: The Example. Coefficients for the Logistic Model. Calculating a Predicted Probability. Interpreting the Logistic Coefficients. Testing Hypotheses about the Model. Likelihood-Ratio Test. Are All Coefficients Zero?. Model Change. Summary Measures. Tests for a Coefficient. Categorical Variables. Creating Interaction Terms. Evaluating Linearity. Automated Model Building. Variable Entry and Removal Criteria. Examining the Model. Logistic Regression Diagnostics. Model Discrimination. Model Calibration. Diagnostic Statistics for Individual Cases. Related Procedures. Obtaining the Output.
16. Cluster Analysis.
Examples. In a Nutshell. Introduction. Hierarchical Clustering. Figure-Skating Judges: The Example. How Alike (or Different) Are the Cases?. How Should Clusters Be Combined?. Summarizing the Steps: The Icicle Plot. Clustering Variables. K-Means Clustering. Roman Pottery: The Example. Locations of the Pottery. Two-Step Cluster. Clustering Newspaper Readers: The Example. Obtaining the Output.
17. Factor Analysis.
Examples. In a Nutshell. Getting Ahead: The Example. Step 1: Computing the Observed Correlation Matrix. Are the Variables Related?. Step 2: Estimating the Factors. Whats the Model?. How Many Factors Do You Need?. Goodness-of-Fit Test. Selecting a Factor Extraction Method. How Are the Variables and Factors Related?. How Much Variance Is Explained?. Step 3: Making Factors Easier to Interpret: Rotation. Examining the Basics of Rotation. Orthogonal Rotation of Getting-Ahead Data. Plotting the Factors. Oblique Rotation of Getting-Ahead Data. Step 4: Computing Factor Scores.Methods for Calculating Factor Scores. Using Factor Scores to Test Hypotheses. Megatip: Entering a Correlation Matrix. Obtaining the Output.
18. Reliability Analysis.
Examples. In a Nutshell. Anomia: The Example. How Are the Individual Items Related to the Overall Score?. Reliability Coefficients. Internal Consistency: Cronbachs Alpha. Split-Half Reliability Model. Guttmans Lower Bounds. Testing Hypotheses about Scales. Parallel and Strictly Parallel Models. Cochrans Q: Testing Equality of Related Proportions. Testing Equality of Related Means. Tukeys Test of Nonadditivity. Measuring Agreement. Intraclass Correlation Coefficients. Obtaining the Output.
19. Nonparametric Tests.
Examples. In a Nutshell. Using the One-Sample Chi-Square Test. Do Triplicities Recruit Members? The Example. Using the Binomial Test. Testing Randomness: The Runs Test. Testing Hypotheses about Two Related Groups. Looking at the Sign Test. Adding Power: The Wilcoxon Test. Testing Hypotheses about Two Independent Groups. Wilcoxon Test. Wald-Wolfowitz Runs Test. Testing Hypotheses about Three or More Independent Groups. Kruskal-Wallis Test. Median Test. Three or More Related Groups. Looking for Differences: The Friedman Test. Measuring Agreement: Kendalls W. Testing Equality of Proportions: Cochrans Q. Obtaining the Output.
PART II.
20. GLM Univariate.
Regression Model with Two Independent Variables. Two-Way Analysis of Variance (ANOVA) with Equal Sample Sizes. Univariate ANOVA: A Randomized Complete Block Design with Two Treatments. Univariate ANOVA: A Randomized Complete Block Design with Empty Cells. Analysis of Covariance (ANCOVA) and Nesting. Using the Interaction Operator. Mixed-Effects Nested Design Model. Univariate Repeated Measures Analysis. Using a Split-Plot Design Approach.
21. GLM Multivariate.
Multivariate ANOVA: Multivariate Two-Way Fixed-Effects Model with Interaction. Profile Analysis: Setting Up Custom Linear Hypotheses.
22. GLM Repeated Measures.
Repeated Measures Analysis of Variance. Checking Assumptions. Testing Hypotheses. Doubly Multivariate Repeated Measures Analysis of Variance.
23. Linear Mixed Models.
The Linear Mixed Model. Background. Unconditional Random-Effects Models. Adding a Gender Fixed Effect. Hierarchical Models. Random-Coefficient Model. A Model with School-Level and Individual-Level Covariates. A Three-Level Hierarchical Model. Repeated Measurements. Selecting a Residual Covariance Structure. Edited by Michelle.