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A Transition to Advanced Mathematics cover

A Transition to Advanced Mathematics

by Douglas Smith, Maurice Eggen, Richard St. Andre

8th Edition

Publisher: Cengage Learning

(0 reviews)
Mathematics

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Book Details

Print ISBN9781285463261
eText ISBN9798214029986
PublisherCengage Learning
Publishing Year2015
Edition8th Edition
LanguageEnglish
Pages448

Moving from the computational focus of introductory calculus to the abstract rigor of higher-level mathematics is one of the most challenging hurdles for aspiring mathematicians, computer scientists, and engineers. A Transition to Advanced Mathematics 8th Edition serves as an indispensable guide for students navigating this critical academic juncture. By establishing a robust foundation in mathematical reasoning, this textbook prepares learners to tackle the demanding conceptual landscapes of modern algebra, real analysis, and topology. In an era where data science, cryptography, and quantitative analysis require rigorous logical precision, mastering the art of the mathematical proof is more vital than ever before.

The authors employ a highly structured yet accessible methodology to demystify complex theoretical constructs. Rather than merely presenting finished proofs, the text focuses heavily on the actual process of mathematical discovery and construction. Students are introduced to the fundamental principles of propositional logic, set theory, relations, and functions, which collectively form the lexicon of advanced mathematics. This framework allows students to transition from passive consumers of mathematical facts to active creators of mathematical arguments. Through a rich array of worked examples and diverse exercise sets, the book encourages active learning and critical thinking. This balanced approach helps students develop a strong intuitive grasp of abstract concepts while simultaneously refining their ability to identify and correct logical fallacies in mathematical arguments.

Designed primarily for sophomore or junior level courses, this edition continues its legacy as a premier pedagogical tool by offering refined explanations and expanded problem sets. The inclusion of both routine drills and highly challenging theoretical problems ensures that instructors can tailor assignments to various skill levels. Students seeking to enhance their study workflow can utilize the digital resources associated with A Transition to Advanced Mathematics 8th Edition PDF to study on the go and access interactive learning aids. This edition also places a renewed emphasis on writing clear, readable proofs, which is a critical skill for any STEM career path. Ultimately, A Transition to Advanced Mathematics 8th Edition empowers students to think, write, and communicate with the precision of professional mathematicians, ensuring a smooth and successful transition to advanced coursework.

Table of Contents

  1. Chapter 1: Logic and Proofs

    • • Propositional Logic
    • • Quantifiers
    • • Methods of Proof
    • • Mathematical Proofs in Practice
  2. Chapter 2: Set Theory

    • • Basic Properties of Sets
    • • Operations on Sets
    • • Indexed Families of Sets
    • • Mathematical Induction
  3. Chapter 3: Relations

    • • Relations and Their Properties
    • • Equivalence Relations
    • • Partitions
    • • Ordering Relations
  4. Chapter 4: Functions

    • • Functions as Relations
    • • Injections, Surjections, and Bijections
    • • Composition and Inverse Functions
    • • Images and Inverse Images of Sets
  5. Chapter 5: Cardinality

    • • Equivalent Sets
    • • Countable Sets
    • • Uncountable Sets
    • • The Cantor-Bernstein-Schroeder Theorem
  6. Chapter 6: Concepts of Algebra

    • • Algebraic Structures
    • • Groups
    • • Subgroups and Isomorphisms
    • • Rings and Fields
  7. Chapter 7: Concepts of Analysis

    • • The Real Number System
    • • Sequences of Real Numbers
    • • Limits of Functions
    • • Continuous Functions
  8. Chapter 8: Number Theory

    • • Divisibility and Prime Numbers
    • • Congruence Arithmetic
    • • The Greatest Common Divisor
    • • The Fundamental Theorem of Arithmetic

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▶Research Sources (14)
  • A Transition to Advanced Mathematics, eBook by Douglas Smith ...
  • [PDF] A Transition to Advanced Mathematics Darrin Doud and Pace P ...
  • A Transition to Advanced Mathematics | Webster University
  • Transition to Advanced Mathematics Textbook - Studylib
  • A Transition to Advanced... | Rent | 9781285463261 - eCampus.com
  • A Transition to Advanced Mathematics | Rhodes College
  • A Transition to Advanced Mathematics, 8th Edition - 9781285463261
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  • A Transition to Advanced Mathematics - BooksRun
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  • A Transition to Advanced Mathematics - Cengage Instructor Center
  • A transition to advanced mathematics : Smith, Douglas, 1943- author
  • A Transition to Advanced Mathematics | Rent | 9781285463261
  • A Transition to Advanced Mathematics - Google Books

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