Research Design & Statistical Analysis

Voorkant
Psychology Press, 30 jan 2003 - 736 pagina's
This book emphasizes the statistical concepts and assumptions necessary to describe and make inferences about real data. Throughout the book the authors encourage the reader to plot and examine their data, find confidence intervals, use power analyses to determine sample size, and calculate effect sizes. The goal is to ensure the reader understands the underlying logic and assumptions of the analysis and what it tells them, the limitations of the analysis, and the possible consequences of violating assumptions.

The simpler, less abstract discussion of analysis of variance is presented prior to developing the more general model. A concern for alternatives to standard analyses allows for the integration of non-parametric techniques into relevant design chapters, rather than in a single, isolated chapter. This organization allows for the comparison of the pros and cons of alternative procedures within the research context to which they apply.

Basic concepts, such as sampling distributions, expected mean squares, design efficiency, and statistical models are emphasized throughout. This approach provides a stronger conceptual foundation in order to help the reader generalize the concepts to new situations they will encounter in their research and to better understand the advice of statistical consultants and the content of articles using statistical methodology.

The second edition features a greater emphasis on graphics, confidence intervals, measures of effect size, power analysis, tests of contrasts, elementary probability, correlation, and regression. A Free CD that contains several real and artificial data sets used in the book in SPSS, SYSTAT, and ASCII formats, is included in the back of the book. An Instructor's Solutions Manual, containing the intermediate steps to all of the text exercises, is available free to adopters.
 

Inhoudsopgave

Chapter 1 Introduction
1
Univariate Distributions
10
Relations Between Quantitative Variables
39
Chapter 4 Probability and the Binomial Distribution
66
The Normal Distribution
108
The t Distribution
153
Chapter 7 The ChiSquare and F Distributions
190
One Factor
210
Chapter 16 Hierarchical Designs
483
Chapter 17 Latin Squares and Related Designs
506
Chapter 18 More About Correlation
532
Chapter 19 More About Bivariate Regression
576
Chapter 20 Multiple Regression
625
The General Linear Model
683
Notation and Summation Operations
713
Expected Values and Their Applications
724

Chapter 9 Contrasts Among Means
257
Chapter 10 Trend Analysis
294
Significance Tests in the TwoWay Case
314
Further Developments
348
Chapter 13 RepeatedMeasures Designs
378
BetweenSubjects and WithinSubjects Factors
427
Blocking and Analysis of Covariance
457
Statistical Tables
729
Answers to Selected Exercises
765
Endnotes
804
References
814
Author Index
827
Subject Index
837
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