Stats: Data and Models, Canadian Edition, 4th edition

Published by Pearson Canada (January 21, 2021) © 2022

  • Richard D. De Veaux Williams College
  • Paul F. Velleman Cornell University
  • David E. Bock Ithaca High School (Retired) , Cornell University
  • Augustin M. Vukov University of Toronto
  • Augustine Wong York University

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For courses in Introductory Statistics.

Encourages statistical thinking using technology, innovative methods, and a sense of humor.

Inspired by the 2016 GAISE Report revision, Stats: Data and Models by De Veaux uses innovative strategies to help students think critically about data, while maintaining the book's core concepts, coverage, and most importantly, readability. By using technology and simulations to demonstrate variability at critical points throughout the course, the authors make it easier for instructors to teach and for students to understand more complicated statistical concepts later in the course (such as the Central Limit Theorem). In addition, students get more exposure to large data sets and multivariate thinking, which better prepares them to be critical consumers of statistics in the 21st century.

Hallmark features of this title

  • Learning Objectives and Connections. Each chapter starts with a brief summary of the chapter's key learning objectives, as well as a paragraph or two that point out the kinds of questions students will learn how to answer in the chapter and how this connects with or builds on earlier material in the text. 
  • Each chapter ends with a What Have We Learned? summary, which includes new learning objectives and definitions of terms introduced in the chapter. Students can think of these as study guides.
  • In each chapter, our innovative What Can Go Wrong? sections highlight the most common errors that people make and the misconceptions they have about Statistics. One of our goals is to arm students with the tools to detect statistical errors and to offer practice in debunking misuses of statistics, whether intentional or not.
  • Math Boxes. In many chapters we present the mathematical underpinnings of the statistical methods and concepts. By setting these proofs, derivations, and justifications apart from the narrative, we allow the student to continue to follow the logical development of the topic at hand, yet also refer to the underlying mathematics for greater depth.

New and updated features of this title

  • In creating the new fourth Canadian edition, we have revisited the text with an eye to refresh and refine. 
  • Exercises at the section, chapter, and Part Review levels were updated with new, real-world questions. 
  • Examples used to illustrate chapter concepts were updated with new data (concentrated in Chapters 3 & 5, but throughout the chapters), while Chapter 27 expanded to include training the multiple regression model and further coverage of indicators for three or more levels. 
  • We also introduce data mining concepts in a new Chapter 30 (available via the eText on MyLab Statistics) to anticipate skills students will need to develop in the near future. 

Important Digital Assets in MyLab Statistics

  • Student Solutions Manual: This solutions manual provides complete worked out solutions to all of the odd numbered exercises in the book, expanding on the answers provided in the Appendix at the back of the text. It is only available with MyLab Statistics.
  • Tutorial Exercises with Multimedia Learning Aids: The homework and practice exercises in MyLab Statistics align with the exercises in the textbook, and they regenerate algorithmically to give students unlimited opportunity for practice and mastery. Exercises offer immediate helpful feedback, guided solutions, sample problems, animations, videos, and eText clips for extra help at point-of-use.
  • StatTalk Videos: 24 Conceptual Videos to Help You Actually Understand Statistics. Fun-loving statistician Andrew Vickers takes to the streets of Brooklyn, New York, to demonstrate important statistical concepts through interesting stories and real-life events. These fun and engaging videos will help students actually understand statistical concepts. Available with an instructor's user guide and assessment questions.
  • Getting Ready for Statistics: A library of questions now appears within each MyLab Statistics to offer the developmental math topics students need for the course. These can be assigned as a prerequisite to other assignments, if desired.
  • Conceptual Question Library: In addition to algorithmically regenerated questions that are aligned with your textbook, there is a library of 1000 Conceptual Questions available in the assessment manager that requires students to apply their statistical understanding.
  • StatCrunch®: MyLab Statistics integrates the web-based statistical software, StatCrunch, within the online assessment platform so that students can easily analyze data sets from exercises and the text. In addition, MyLab Statistics includes access to www.StatCrunch.com, a website where users can access more than 15,000 shared data sets, conduct online surveys, perform complex analyses using the powerful statistical software, and generate compelling reports.
  • Statistical Software Support: Knowing that students often use external statistical software, we make it easy to copy our data sets, both from the eText and the MyLab Statistics questions, into software such as StatCrunch, Minitab, Excel, and more. Students have access to a variety of support tools—Technology Tutorial Videos, Technology Study Cards, and Technology Manuals for select titles—to learn how to effectively use statistical software.
  1. Stats Starts Here
  2. Displaying and Describing Categorical Data
  3. Displaying and Summarizing Quantitative Data
  4. Understanding and Comparing Distributions
  5. The Standard Deviation as a Ruler and the Normal Model
  6. Scatterplots, Association, and Correlation
  7. Linear Regression
  8. Regression Wisdom
  9. Sample Surveys
  10. Experiments and Observational Studies
  11. From Randomness to Probability
  12. Probability Rules!
  13. Random Variables
  14. Sampling Distribution Models
  15. Confidence Intervals for Proportions
  16. Testing Hypotheses About Proportions
  17. More About Tests
  18. Inferences About Means
  19. Comparing Means
  20. Paired Samples and Blocks
  21. Comparing Two Proportions
  22. Comparing Counts
  23. Inferences for Regression
  24. Analysis of Variance
  25. Multifactor Analysis of Variance
  26. Multiple Regression
  27. Multiple Regression Wisdom
  28. Nonparametric Tests
  29. The Bootstrap (online only)
  30. Introduction to Statistical Learning and Data Science (online only)

Richard D. De Veaux is an internationally known educator and consultant. He has taught at the Wharton School and the Princeton University School of Engineering, where he won a “Lifetime Award for Dedication and Excellence in Teaching.” He is the C. Carlisle and M. Tippit Professor of Statistics at Williams College, where he has taught since 1994. Dick has won both the Wilcoxon and Shewell awards from the American Society for Quality. He is a fellow of the American Statistical Association (ASA) and an elected member of the International Statistical Institute (ISI). In 2008, he was named Statistician of the Year by the Boston Chapter of the ASA. Dick is also well known in industry, where for more than 30 years he has consulted for such Fortune 500 companies as American Express, Hewlett-Packard, Alcoa, DuPont, Pillsbury, General Electric, and Chemical Bank. Because he consulted with Mickey Hart on his book Planet Drum, he has also sometimes been called the “Official Statistician for the Grateful Dead.” His real-world experiences and anecdotes illustrate many of this book's chapters.

Paul F. Velleman has an international reputation for innovative Statistics education. He is the author and designer of the multimedia Statistics program ActivStats, for which he was awarded the EDUCOM Medal for innovative uses of computers in teaching statistics, and the ICTCM Award for Innovation in Using Technology in College Mathematics. He also developed the award-winning statistics program Data Desk, and the Internet site Data and Story Library (DASL) (ASL.datadesk.com), which provides data sets for teaching Statistics. Paul's understanding of using and teaching with technology informs much of this book's approach.

David E. Bock taught mathematics at Ithaca High School for 35 years. He has taught Statistics at Ithaca High School, Tompkins-Cortland Community College, Ithaca College, and Cornell University. Dave has won numerous teaching awards, including the MAA's Edyth May Sliffe Award for Distinguished High School Mathematics Teaching (twice), Cornell University's Outstanding Educator Award (three times), and has been a finalist for New York State Teacher of the Year. Dave holds degrees from the University at Albany in Mathematics (B.A.) and Statistics/Education (M.S.). Dave has been a reader and table leader for the AP Statistics exam, serves as a Statistics consultant to the College Board, and leads workshops and institutes for AP Statistics teachers. He has served as K–12 Education and Outreach Coordinator and a senior lecturer for the Mathematics Department at Cornell University. His understanding of how students learn informs much of this book's approach.

Augustin M. Vukov taught Statistics at the University of Toronto for over 30 years. For much of that time, he was the course coordinator for The Practice of Statistics—a large multi-section course designed to introduce the basic concepts and practice of Statistical Science to students from a great variety of (mostly non-mathematical) disciplines. Having taught so many students their required Stats course, he was not surprised to hear his new family doctor, his new ophthalmologist and a prospective new dentist say “Your name looks familiar. Ah yes, I used to sit in your Statistics lecture!”. A big fan of MinitabTM software for use in introductory Statistics courses, he has also authored several Minitab manuals.

Augustine C.M. Wong is a professor of Statistics at York University. He completed his Ph.D. at the University of Toronto in 1990. He was an NSERC Postdoctoral Fellow at the University of Waterloo and a faculty member at University of Alberta before joining York University in 1993. His research interests include asymptotic inference, computational methods in statistics, and likelihood-based methods. He is an author or co-author of over 100 research articles and 2 book chapters. At York University, he teaches various statistics courses at both the undergraduate and graduate levels.

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