Russell T. Hurlburt, Ph.D. has been at the University of Nevada, Las Vegas since 1976. Prior to arriving at UNLV, he completed a clinical psychology internship at Connecticut's Newtown State Hospital. He received his Ph.D. in clinical psychology from the University of South Dakota after a B.S. in engineering from Princeton. Hurlburt's areas of interest include the teaching of introductory statistics: Dr. Hurlburt has developed "eyeball estimation" techniques for comprehending the concepts of statistics, and he's incorporated them into his textbooks and computer-aided instructional programs. His clinical psychology and engineering backgrounds make him ideally situated to write about introductory statistics with accuracy and sensitivity. Dr. Hurlburt is also one of the pioneers of "thought sampling," the use of beepers to trigger the random sampling of thoughts and feelings in participants' own natural environments. He is the originator of the "descriptive experience sampling method," which provides qualitative, idiographic descriptions of inner experience.
Study Guide for Comprehending Behavioral Statistics / Edition 1by Russell T. Hurlburt
While this book provides the same material found in most introductory statistics texts, it goes beyond the standard by teaching students how to estimate statistics before computations are performed. The ESTAT software helps students build this skill by allowing them to learn to make accurate eyeball-estimates before ever touching a calculator. These estimation… See more details below
While this book provides the same material found in most introductory statistics texts, it goes beyond the standard by teaching students how to estimate statistics before computations are performed. The ESTAT software helps students build this skill by allowing them to learn to make accurate eyeball-estimates before ever touching a calculator. These estimation techniques are provided for both descriptive and inferential statistics. The ESTAT software is optional with the text, students can learn estimation from information in the book alone if you so choose.
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Table of Contents
1. Introduction. 2. Mathematical and Probability Concepts. 3. Frequency Distributions. 4. Measures of Central Tendency. 5. Measures of Variation. 6. Using Frequency Distributions. 7. Samples and the Sampling Distribution of the Means. 8. Point-Estimation and Confidence Intervals. 9. Hypothesis Testing. 10. Inferences About Means of Single Samples. 11. Inferences About Means of Two Independent Samples. 12. Inferences About Means of Two Dependent Samples. 13. Inferences About Two or More Means: Analysis of Variance. 14. Two-Way Analysis of Variance: Factorial Design. 15. Statistical Power. 16. Measures of the Relationship Between Two Variables: Correlation. 17. Prediction: Linear Regression. 18. Some Nonparametric Statistical Tests. Appendices. Lists of Symbols and Glossary. Index.
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