PART ONE: LOGIC AND PROBLEM SOLVING
- 1. Thinking Critically
- 2. Approaches to Problem Solving
PART TWO: QUANTITATIVE INFORMATION IN EVERYDAY LIFE
- 3. Numbers in the Real World
- 4. Managing Money
PART THREE: PROBABILITY AND STATISTICS
- 5. Statistical Reasoning
- 6. Putting Statistics to Work
- 7. Probability: Living with the Odds
PART FOUR: MODELING
- 8. Exponential Astonishment
- 9. Modeling Our World
- 10. Modeling with Geometry
PART FIVE: FURTHER APPLICATIONS
- 11. Mathematics and the Arts
- 12. Mathematics and Politics
- Each chapter now opens with an infographic and multiple-choice question designed to illustrate an important way in which the chapter content connects with the book themes of college, careers, and life.
- Because of the emphasis on quantitative reasoning in the real world, exercises have been updated to reflect the very latest in current data and trends. Many new exercises have been added along with significant revisions to the In Your World exercises.
- In all chapters, there are increased examples and exercises pertaining to vocational careers, taking into consideration the students who take this course. Students appreciate this relevancy and are more tuned in when they can see how the content relates to their future.
Content Updates
- Chapter 1 includes several significantly revised units. In particular, Unit 1A has been expanded to include a focus on evaluation of media information, and the authors rewrote portions of Units 1C and 1D to help students better understand and interpret Venn diagrams and tests of validity.
- Chapter 2 has been rewritten, so that basic ideas of units and systems of standardized units are now all covered in Unit 2A, while Unit 2B focuses on more sophisticated problem solving with units.
- Chapters 3 and 4 contain several units that revolve around economic data–such as Census data, the consumer price index, interest rates, taxes, and the federal budget–which required major updates given the changes in the United States economy in the four years since the previous edition was published.
- Chapters 5 and 6 focus on statistical data, so the authors updated or replaced large sections of the chapter content to reflect current information.
- Chapter 7 includes a significantly revised discussion of several key probability ideas to help students better understand them and to overcome misconceptions.
- Chapters 8 and 9 : units 8B, 8C, and 9C all rely heavily on population data, so these include significant revisions to reflect the 2010 U.S. Census and updated global demographic data.
- Chapter 12 is significantly rewritten, particularly in Units 12A and 12C, both to update the political data and to clarify key concepts, including those of preference schedules and redistricting
Produktdetaljer
Om bidragsyterne
About our authorsJeffrey Bennett served as the first director of the program "Quantitative Reasoning and Mathematical Skills" at the University of Colorado at Boulder, where he developed the groundbreaking curriculum that became the basis of this textbook. He holds a BA in biophysics (University of California, San Diego) and an MS and a PhD in astrophysics (University of Colorado), and has focused his career on math and science education.
In addition to co-authoring this textbook, he is also the lead author of best-selling college textbooks on statistical reasoning, astronomy, and astrobiology, and of more than a dozen books for children and adults. All 6 of his children's books have been selected for NASA's Story Time From Space. Among his other projects, Dr. Bennett proposed and co-led the development of the Voyage Scale Model Solar System in Washington, DC; created the free Totality app to help people learn about total solar eclipses; wrote an online primer on global warming; and developed a free, online curriculum for middle school Earth and Space Science. Learn more at Dr. Bennett's websites, Jeffrey Bennett: Astronomer, Teacher, & Writer, and Big Kid Science.
William L. Briggs was on the mathematics faculty at Clarkson University for 6 years and at the University of Colorado at Denver for 23 years, where he taught both undergraduate and graduate courses, with a special interest in applied mathematics. During much of that time he designed and taught courses in quantitative reasoning. In addition to this book, he has co-authored textbooks on statistical reasoning and calculus, as well as monographs in computational mathematics. He is also author of How America Got Its Guns (University of New Mexico Press). Dr. Briggs is a University of Colorado President's Teaching Scholar and the recipient of a Fulbright Fellowship to Ireland; he holds a BA degree from the University of Colorado and an MS and a PhD from Harvard University.