The Elements of Advanced Mathematics, Second Edition

Published:
Author(s):
Request
Evaluation Copy

Purchasing Options

Hardback
$94.95
Add to cart
ISBN 9781584883036
Cat# C3030
 

Features

  • Prepares students for upper-division studies in analysis, abstract algebra, and other advanced topics
  • Provides an expanded treatment of topics valuable to both mathematics and computer science students
  • Includes numerous figures, diagrams, and tables
  • Contains a multitude of exercises and selected solutions
  • Offers a solutions manual with qualifying course adoptions
  • Summary

    The gap between the rote, calculational learning mode of calculus and ordinary differential equations and the more theoretical learning mode of analysis and abstract algebra grows ever wider and more distinct, and students' need for a well-guided transition grows with it. For more than six years, the bestselling first edition of this classic text has helped them cross the mathematical bridge to more advanced studies in topics such as topology, abstract algebra, and real analysis. Carefully revised, expanded, and brought thoroughly up to date, the Elements of Advanced Mathematics, Second Edition now does the job even better, building the background, tools, and skills students need to meet the challenges of mathematical rigor, axiomatics, and proofs.

    New in the Second Edition:

  • Expanded explanations of propositional, predicate, and first-order logic, especially valuable in theoretical computer science
  • A chapter that explores the deeper properties of the real numbers, including topological issues and the Cantor set
  • Fuller treatment of proof techniques with expanded discussions on induction, counting arguments, enumeration, and dissection
  • Streamlined treatment of non-Euclidean geometry
  • Discussions on partial orderings, total ordering, and well orderings that fit naturally into the context of relations
  • More thorough treatment of the Axiom of Choice and its equivalents
  • Additional material on Russell's paradox and related ideas
  • Expanded treatment of group theory that helps students grasp the axiomatic method
  • A wealth of added exercises
  • Table of Contents

    BASIC LOGIC
    Principles of Logic
    Truth
    "And" and "Or"
    "Not"
    "If-Then"
    Contrapositive, Converse, and "Iff"
    Quantifiers
    Truth and Provability
    Exercises
    METHODS OF PROOF
    What is a Proof?
    Direct Proof
    Proof by Contradiction
    Proof by Induction
    Other Methods of Proof
    SET THEORY
    Undefinable Terms
    Elements of Set Theory
    Venn Diagrams
    Further ideas in Elementary Set Theory
    Indexing and Extended Set Operations
    Exercises
    RELATIONS AND FUNCTIONS
    Relations
    Order Relations
    Functions
    Combining Functions
    Cantor's Notion of Cardinality
    Exercises
    AXIOMS OF SET THEORY, PARADOXES, AND RIGOR
    Axioms of Set Theory
    The Axiom of Choice
    Independence and Consistency
    Set Theory and Arithmetic
    Exercises
    NUMBER SYSTEMS
    Preliminary Remarks
    The Natural Number System
    The Integers
    The Rational Numbers
    The Real Number System
    The Non-Standard Real Number System
    The Complex Numbers
    The Quaternions, The Cayley Numbers, and Beyond
    MORE ON THE REAL NUMBER SYSTEM
    Introduction
    Sequences
    Open Sets and Closed Sets
    Compact Sets
    The Cantor Set
    Exercises
    EXAMPLES OF AXIOMATIC THEORIES
    Introductory Remarks
    Group Theory
    Euclidean and Non-Euclidean Geometry
    Exercises
    SOLUTIONS TO SELECTED EXERCISES
    BIBLIOGRAPHY
    INDEX

    Editorial Reviews

    "The book helps students to cross the mathematical bridge to more advanced studies in topics such as topology, abstract algebra, and real analysis. It builds the background, tools, and skills students need to meet the challenges of mathematical rigor, axiomatics, and proofs."
    - in Zentralblatt MATH