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9780395861790

Contemporary Abstract Algebra

by
  • ISBN13:

    9780395861790

  • ISBN10:

    0395861799

  • Edition: 4th
  • Format: Paperback
  • Copyright: 1997-09-29
  • Publisher: Brooks Cole

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Supplemental Materials

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Summary

Joseph Gallian is a well-known active researcher and award-winning teacher. His Contemporary Abstract Algebra, 6/e, includes challenging topics in abstract algebra as well as numerous figures, tables, photographs, charts, biographies, computer exercises, and suggested readings that give the subject a current feel and makes the content interesting and relevant for students.

Table of Contents

Preface xi
PART 1 Integers and Equivalence Relations 1(26)
CHAPTER 0 Preliminaries
3(24)
Properties of Integers
3(5)
Modular Arithmetic
8(5)
Mathematical Induction
13(3)
Equivalence Relations
16(2)
Functions (Mappings)
18(3)
Exercises
21(3)
Computer Exercises
24(3)
PART 2 Groups 27(196)
CHAPTER 1 Introduction to Groups
29(11)
Symmetries of a Square
29(3)
The Dihedral Groups
32(3)
Exercises
35(4)
Biography of Niels Abel
39(1)
CHAPTER 2 Groups
40(16)
Definition and Examples of Groups
40(8)
Elementary Properties of Groups
48(2)
Historical Note
50(1)
Exercises
51(4)
Computer Exercises
55(2)
CHAPTER 3 Finite Groups; Subgroups
56(15)
Terminology and Notation
56(2)
Subgroup Tests
58(2)
Examples of Subgroups
60(5)
Exercises
65(4)
Computer Exercises
69(2)
CHAPTER 4 Cyclic Groups
71(15)
Properties of Cyclic Groups
71(4)
Classification of Subgroups of Cyclic Groups
75(4)
Exercises
79(3)
Computer Excercises
82(2)
Biography of J.J. Sylvester
84(2)
Supplementary Exercises for Chapters 1-4
86(4)
CHAPTER 5 Permutation Groups
90(25)
Definition and Notation
90(3)
Cycle Notation
93(2)
Properties of Permutations
95(9)
A Check-Digit Scheme Based on D(5)
104(3)
Exercises
107(3)
Computer Exercises
110(3)
Biography of Augustin Cauchy
113(2)
CHAPTER 6 Isomorphisms
115(17)
Motivation
115(1)
Definition and Examples
116(3)
Cayley's Theorem
119(2)
Properties of Isomorphisms
121(1)
Automorphisms
122(4)
Exercises
126(4)
Biography of Arthur Cayley
130(2)
CHAPTER 7 Cosets and Lagrange's Theorem
132(17)
Properties of Cosets
132(3)
Lagrange's Theorem and Consequences
135(2)
An Application of Cosets to Permutation Groups
137(2)
The Rotation Group of a Cube and a Soccer Ball
139(3)
Exercises
142(5)
Biography of Joseph Lagrange
147(2)
CHAPTER 8 External Direct Products
149(19)
Definition and Examples
149(2)
Properties of External Direct Products
151(3)
The Group of Units Modulo n as an External Direct Product
154(2)
Applications
156(5)
Exercises
161(3)
Computer Exercises
164(2)
Biography of Leonard Adleman
166(2)
Supplementary Exercises for Chapters 5-8
168(3)
CHAPTER 9 Normal Subgroups and Factor Groups
171(21)
Normal Subgroups
171(1)
Factor Groups
172(6)
Applications of Factor Groups
178(3)
Internal Direct Products
181(4)
Exercises
185(5)
Biography of Evariste Galois
190(2)
CHAPTER 10 Group Homomorphisms
192(17)
Definition and Examples
192(2)
Properties of Homomorphisms
194(4)
The First Isomorphism Theorem
198(5)
Exercises
203(4)
Biography of Camille Jordan
207(2)
CHAPTER 11 Fundamental Theorem of Finite Abelian Groups
209(12)
The Fundamental Theorem
209(1)
The Isomorphism Classes of Abelian Groups
210(4)
Proof of the Fundamental Theorem
214(3)
Exercises
217(2)
Computer Exercises
219(2)
Supplementary Exercises for Chapters 9-11
221(2)
PART 3 Rings 223(106)
CHAPTER 12 Introduction to Rings
225(11)
Motivation and Definition
225(1)
Examples of Rings
226(1)
Properties of Rings
227(1)
Subrings
228(5)
Exercises
233(1)
Computer Exercises
233(2)
Biography of I.N. Herstein
235(1)
CHAPTER 13 Integral Domains
236(12)
Definition and Examples
236(2)
Fields
238(2)
Characteristic of a Ring
240(2)
Exercises
242(4)
Computer Exercises
246(1)
Biography of Nathan Jacobson
247(1)
CHAPTER 14 Ideals and Factor Rings
248(15)
Ideals
248(1)
Factor Rings
249(4)
Prime Ideals and Maximal Ideals
253(2)
Exercises
255(4)
Biography of Richard Dedekind
259(2)
Biography of Emmy Noether
261(2)
Supplementary Exercises for Chapters 12-14
263(3)
CHAPTER 15 Ring Homomorphisms
266(13)
Definition and Examples
266(3)
Properties of Ring Homomorphisms
269(3)
The Field of Quotients
272(2)
Exercises
274(5)
CHAPTER 16 Polynomial Rings
279(12)
Notation and Terminology
279(3)
The Division Algorithm and Consequences
282(4)
Exercises
286(4)
Biography of Saunders Mac Lane
290(1)
CHAPTER 17 Factorization of Polynomials
291(17)
Reducibility Tests
291(3)
Irreducibility Tests
294(5)
Unique Factorization in Z[x]
299(2)
Weird Dice: An Application of Unique Factorization
301(2)
Exercises
303(3)
Computer Exercises
306(2)
CHAPTER 18 Divisibility in Integral Domains
308(19)
Irreducibles, Primes
308(3)
Historical Discussion of Fermat's Last Theorem
311(3)
Unique Factorization Domains
314(3)
Euclidean Domains
317(3)
Exercises
320(4)
Biography of Sophie Germain
324(2)
Biography of Andrew Wiles
326(1)
Supplementary Exercises for Chapters 15-18
327(2)
PART 4 Fields 329(64)
CHAPTER 19 Vector Spaces
331(10)
Definition and Examples
331(1)
Subspaces
332(1)
Linear Independence
333(2)
Exercises
335(3)
Biography of Emil Artin
338(2)
Biography of Olga Taussky-Todd
340(1)
CHAPTER 20 Extension Fields
341(18)
The Fundamental Theorem of Field Theory
341(2)
Splitting Fields
343(7)
Zeros of an Irreducible Polynomial
350(4)
Exercises
354(3)
Biography of Leopold Kronecker
357(2)
CHAPTER 21 Algebraic Extensions
359(13)
Characterization of Extensions
359(2)
Finite Extensions
361(4)
Properties of Algebraic Extensions
365(2)
Exercises
367(3)
Biography of Irving Kaplansky
370(2)
CHAPTER 22 Finite Fields
372(11)
Classification of Finite Fields
372(1)
Structure of Finite Fields
373(4)
Subfields of a Finite Field
377(2)
Exercises
379(2)
Biography of L.E. Dickson
381(2)
CHAPTER 23 Geometric Constructions
383(7)
Historical Discussion of Geometric Constructions
383(1)
Constructible Numbers
384(2)
Angle-Trisectors and Circle-Squarers
386(1)
Exercises
387(3)
Supplementary Exercises for Chapter 19-23
390(3)
PART 5 Special Topics 393
CHAPTER 24 Sylow Theorems
395(18)
Conjugacy Classes
395(1)
The Class Equation
396(1)
The Probability That Two Elements Commute
397(1)
The Sylow Theorems
398(5)
Applications of Sylow Theorems
403(4)
Exercises
407(5)
Biography of Ludvig Sylow
412(1)
CHAPTER 25 Finite Simple Groups
413(21)
Historical Background
413(4)
Nonsimplicity Tests
417(6)
The Simplicity of A(5)
423(1)
The Fields Medal
424(1)
The Cole Prize
424(1)
Exercises
424(2)
Computer Exercises
426(2)
Biography of Michael Aschbacher
428(2)
Biography of Daniel Gorenstein
430(2)
Biography of John Thompson
432(2)
CHAPTER 26 Generators and Relations
434(19)
Motivation
434(1)
Definitions and Notation
435(1)
Free Group
436(1)
Generators and Relations
437(4)
Classification of Groups of Order up to 15
441(2)
Characterization of Dihedral Groups
443(2)
Realizing the Dihedral Groups with Mirrors
445(2)
Exercises
447(4)
Biography of Marshall Hall, Jr.
451(2)
CHAPTER 27 Symmetry Groups
453(9)
Isometries
453(2)
Classification of Finite Plane Symmetry Groups
455(2)
Classification of Finite Groups of Rotations in R(3)
457(2)
Exercises
459(3)
CHAPTER 28 Frieze Groups and Crystallographic Groups
462(28)
The Frieze Groups
462(5)
The Crystallographic Groups
467(2)
Identification of Plane Periodic Patterns
469(11)
Exercises
480(5)
Biography of M.C. Escher
485(2)
Biography of George Polya
487(1)
Biography of John H. Conway
488(2)
CHAPTER 29 Symmetry and Counting
490(12)
Motivation
490(2)
Burnside's Theorem
492(1)
Applications
493(4)
Group Action
497(1)
Exercises
498(2)
Biography of William Burnside
500(2)
CHAPTER 30 Cayley Digraphs of Groups
502(23)
Motivation
502(1)
The Cayley Digraphs of a Groups
502(4)
Hamiltonian Circuits and Paths
506(7)
Some Applications
513(2)
Exercises
515(6)
Biography of William Rowan Hamilton
521(2)
Biography of Paul Erdos
523(2)
CHAPTER 31 Introduction to Algebraic Coding Theory
525(29)
Motivation
525(5)
Linear Codes
530(5)
Parity-Check Matrix Decoding
535(3)
Coset Decoding
538(4)
Historical Note: Reed-Solomon Codes
542(2)
Exercises
544(5)
Biography of Richard W. Hamming
549(2)
Biography of Jessie MacWilliams
551(1)
Biography of Vera Pless
552(2)
CHAPTER 32 An Introduction to Galois Theory
554(17)
Fundamental Theorem of Galois Theory
554(7)
Solvability of Polynomials by Radicals
561(5)
Insolvability of a Quintic
566(1)
Exercises
567(3)
Biography of Philip Hall
570(1)
CHAPTER 33 Cyclotomic Extensions
571(11)
Motivation
571(1)
Cyclotomic Polynomials
572(4)
The Constructible Regular n-gons
576(2)
Exercises
578(1)
Computer Exercise
579(1)
Biography of Carl Friedrich Gauss
580(2)
Supplementary Exercises for Chapters 24-33
582
Selected Answers A1(38)
Text Credits A39(2)
Photo Credits A41(2)
Notations A43(4)
Index of Mathematicians A47(2)
Index of Terms A49

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The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.

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