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Exploratory Examples for Real Analysis

Exploratory Examples for Real Analysis

Exploratory Examples for Real Analysis

Joanne E. Snow, Saint Mary's College, Indiana
Kirk E. Weller, University of North Texas
December 2004
Paperback
9780883857342
AUD$71.95
inc GST
Paperback

    Contains supplementary exercises and projects designed to facilitate students' understanding of the fundamental concepts in real analysis, a subject notoriously hard for beginners. The exercises can be used in a number of ways: to motivate a lecture; to serve as a basis for in-class activities; in lab sessions where students work in small groups and submit reports of their investigations. For the last of these, programs in Maple are supplied with further ancillary material available via from http://www.saintmarys.edu/~jsnow/maplets.html.

    • This text supplement contains 12 exploratory exercises designed to facilitate students' understanding of elemental concepts encountered in a real analysis course
    • The exercises can be used in a variety of ways: to motivate a lecture, to serve as a basis for in-class activities, or for lab sessions
    • Support material available from http://www.saintmarys.edu/~jsnow/maplets.html

    Product details

    December 2004
    Paperback
    9780883857342
    158 pages
    266 × 192 × 10 mm
    0.332kg
    60 b/w illus. 37 tables 119 exercises
    This item is not supplied by Cambridge University Press in your region. Please contact Mathematical Association of America for availability.

    Table of Contents

    • 1. Boundedness of sets
    • 2. Introducing the 'epsilon definition' of least upper bound
    • 3. Introduction to the formal definition of convergence
    • 4. Experience with the definiton of the limit of a sequence
    • 5. Experience with the negation of the definition of convergence
    • 6. Algebraic combinations of sequences
    • 7. Conditions related to convergence
    • 8. Understanding the limit superior and the limit inferior
    • 9. Continuity and sequences
    • 10. Another definition of continuity
    • 11. Experience with the ε − δ definitions of continuity and limit
    • 12. Uniform and convergence of a sequence of functions
    • Appendix. Visual guides
    • About the authors.
      Authors
    • Joanne E. Snow , Saint Mary's College, Indiana
    • Kirk E. Weller , University of North Texas