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Reading, Writing, and Proving

A Closer Look at Mathematics

  • Ulrich Daepp
  • Pamela Gorkin

Part of the Undergraduate Texts in Mathematics book series (UTM)

Table of contents

  1. Front Matter
    Pages i-xiii
  2. Ulrich Daepp, Pamela Gorkin
    Pages 1-11
  3. Ulrich Daepp, Pamela Gorkin
    Pages 13-24
  4. Ulrich Daepp, Pamela Gorkin
    Pages 25-32
  5. Ulrich Daepp, Pamela Gorkin
    Pages 33-46
  6. Ulrich Daepp, Pamela Gorkin
    Pages 47-58
  7. Ulrich Daepp, Pamela Gorkin
    Pages 59-71
  8. Ulrich Daepp, Pamela Gorkin
    Pages 73-80
  9. Ulrich Daepp, Pamela Gorkin
    Pages 81-88
  10. Ulrich Daepp, Pamela Gorkin
    Pages 89-100
  11. Ulrich Daepp, Pamela Gorkin
    Pages 101-110
  12. Ulrich Daepp, Pamela Gorkin
    Pages 111-119
  13. Ulrich Daepp, Pamela Gorkin
    Pages 121-131
  14. Ulrich Daepp, Pamela Gorkin
    Pages 133-141
  15. Ulrich Daepp, Pamela Gorkin
    Pages 143-156
  16. Ulrich Daepp, Pamela Gorkin
    Pages 157-166
  17. Ulrich Daepp, Pamela Gorkin
    Pages 167-179
  18. Ulrich Daepp, Pamela Gorkin
    Pages 181-191
  19. Ulrich Daepp, Pamela Gorkin
    Pages 193-208
  20. Ulrich Daepp, Pamela Gorkin
    Pages 209-221
  21. Ulrich Daepp, Pamela Gorkin
    Pages 223-234
  22. Ulrich Daepp, Pamela Gorkin
    Pages 235-241
  23. Ulrich Daepp, Pamela Gorkin
    Pages 243-249
  24. Ulrich Daepp, Pamela Gorkin
    Pages 251-260
  25. Ulrich Daepp, Pamela Gorkin
    Pages 261-275
  26. Ulrich Daepp, Pamela Gorkin
    Pages 277-287
  27. Ulrich Daepp, Pamela Gorkin
    Pages 289-300
  28. Ulrich Daepp, Pamela Gorkin
    Pages 301-313
  29. Ulrich Daepp, Pamela Gorkin
    Pages 315-323
  30. Ulrich Daepp, Pamela Gorkin
    Pages 325-361
  31. Back Matter
    Pages 363-376

About this book

Introduction

Reading, Writing, and Proving is designed to guide mathematics students during their transition from algorithm-based courses such as calculus, to theorem and proof-based courses. This text not only introduces the various proof techniques and other foundational principles of higher mathematics in great detail, but also assists and inspires students to develop the necessary abilities to read, write, and prove using mathematical definitions, examples, and theorems that are required for success in navigating advanced mathematics courses.

In addition to an introduction to mathematical logic, set theory, and the various methods of proof, this textbook prepares students for future courses by providing a strong foundation in the fields of number theory, abstract algebra, and analysis. Also included are a wide variety of examples and exercises as well as a rich selection of unique projects that provide students with an opportunity to investigate a topic independently or as part of a collaborative effort.

New features of the Second Edition include the addition of formal statements of definitions at the end of each chapter; a new chapter featuring the Cantor–Schröder–Bernstein theorem with a spotlight on the continuum hypothesis; over 200 new problems; two new student projects; and more. An electronic solutions manual to selected problems is available online.

 From the reviews of the First Edition:

“The book…emphasizes Pòlya’s four-part framework for problem solving (from his book How to Solve It)…[it] contains more than enough material for a one-semester course, and is designed to give the instructor wide leeway in choosing topics to emphasize…This book has a rich selection of problems for the student to ponder, in addition to "exercises" that come with hints or complete solutions…I was charmed by this book and found it quite enticing.”

– Marcia G. Fung for MAA Reviews

“… A book worthy of serious consideration for courses whose goal is to prepare students for upper-division mathematics courses. Summing Up: Highly recommended.”

– J. R. Burke, Gonzaga University for CHOICE Reviews

Keywords

Higher Mathematics Introduction to Proof Mathematical Induction Mathematical Logic Mathematics Major Polya's Method Problem Solving Set Theory Undergraduate Mathematics Writing Proofs

Authors and affiliations

  • Ulrich Daepp
    • 1
  • Pamela Gorkin
    • 2
  1. 1.College Arts and Science, Dept. MathematicsBucknell UniversityLewisburgUSA
  2. 2.College Arts and Science, Dept. MathematicsBucknell UniversityLewisburgUSA

Bibliographic information

  • DOI https://doi.org/10.1007/978-1-4419-9479-0
  • Copyright Information Springer Science+Business Media, LLC 2011
  • Publisher Name Springer, New York, NY
  • eBook Packages Mathematics and Statistics
  • Print ISBN 978-1-4419-9478-3
  • Online ISBN 978-1-4419-9479-0
  • Series Print ISSN 0172-6056
  • Buy this book on publisher's site