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Modern Statistics: A Canadian Perspective, 1st Edition

Bill Goodman

  • {{checkPublicationMessage('Published', '2008-02-08T00:00:00+0000')}}
Modern Statistics: A Canadian Perspective 1st Edition by Bill Goodman

Overview

Computers have revolutionized what can be done in statistics and how it can be done, but introductory statistics textbooks have not always kept pace. Maximizing the potential of a computer-enriched, introductory statistics course by acknowledging what the computer can do, Goodman has discarded outdated tables and procedures, introduced when it was assumed calculation could only be done by pen and calculator.

Enhancing the content and presentation of traditional methods, Goodman offers a fresh, experiential introduction to statistical concepts and calculations, while providing new possibilities for statistical exploration and experience. The goal of Modern Statistics is to take full advantage of the computer resources now available to students of statistics, fully integrating the coverage of the statistics curriculum with the related coverage of relevant statistical software. Goodman has thus created a modern approach to statistical methods -- an approach that encourages and promotes critical thinking in the application and interpretation of modern statistical techniques.

Bill Goodman

Dr. William Goodman is an Associate Professor at the University of Ontario Institute of Technology, in the Faculty of Business and Information Technology. He has taught courses in Statistics, Economics, Occupational Health and Safety, and other areas, and published extensively on related subjects—including computer-based Economics simulations, numerous articles, papers, and a statistics textbook. Besides research interests in risk analysis, critical thinking assessment, and survey reliability, he has studied the distribution of incident-outcome severities with respect to industrial and radiological health and safety. During a secondment at Ontario Hydro, Health and Safety Division (1990-1992), he collaborated in research in the areas of health physics and epidemiology, and on the potential hazards of Electromagnetic Field radiation. He also developed the core model for analyzing severe-outcome accidents, which he has refined and applied commercially on data for Ontario Power Generation, Atomic Energy Control Board, Ault Foods, Bruce Nuclear, Health Canada, and the CANDU Owners Group, among others. He has a special interest in the educational applications of computers, and is participating in related studies on this theme for both the Faculty of Business and Information Technology and the Faculty of Health Science. He is also collaborating at UOIT in research for the Centre for the Study of Violence. Prior to joining the university he was Acting Dean of the School of Business, Durham College, where he had previously been a professor. His Masters and PhD were earned from the University of Waterloo, from which he was awarded the Gold Medal for his Masters dissertation. His doctoral-research included focuses on decision theory, knowledge-modeling theory (including Expert Systems and formal logic), and philosophy of education.
Part 1: Statistical Data
Chapter 1: Introduction to Statistical Data
Chapter 2: Obtaining the Data

Part 2: Descriptions of Data
Chapter 3: Displaying Data Distributions
Chapter 4: Measures of Location
Chapter 5: Measures of Spread and Shape

Part 3: Probability and Distributions
Chapter 6: Concepts of Probability
Chapter 7: Discrete Probability Distributions
Chapter 8: Continuous Probability Distributions

Part 4: Samples and Estimates
Chapter 9: Introduction to Sampling Distributions
Chapter 10: Estimates and Confidence Intervals

Part 5: Tests for Statistical Significance
Chapter 11: One-Sample Tests of Significance
Chapter 12: Two-Sample Tests of Significance
Chapter 13: Non-Parametric Tests of Significance
Chapter 14: Analysis of Variance (Anova)

Part 6: Measures and Tests for Association
Chapter 15: Measures and Tests for Association
Chapter 16: Multiple Linear Regression
Chapter 17: Association with Time: Time Series Analysis

Textbook Only Options

Traditional eBook and Print Options

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  • ISBN-10: 0176251790
  • ISBN-13: 9780176251796
  • RETAIL £0.00