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A First Course in Graph Theory

A first course in graph theory / Gary Chartrand and Ping Zhang. p. cm. Previous edition published as: Introduction to graph theory. Boston : McGraw-Hill 



A FIRST COURSE IN GRAPH THEORY - Gary Chartrand and Ping

Introduction to graph theory. III. Title. QA166.C455 2012. 511′.5—dc23. 2011038125. Manufactured in the United States by Courier 



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isn't closed. Symbol : P. Formula for # of edges { n-1}. Page 13. Sources. A first course in Graph theory by Gary Chartrand & Ping Zhang. Page 14. Thank You.



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The cycle of length 3 is also called a triangle triangle . • the path path Pn. Pn on n vertices as the (unlabeled) graph isomorphic to ([n] 



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25 Aug 2015 ... course in graph theory or a follow-up course to an elementary graph theory course. • a reading course on graph colorings



A First Course in Graph Theory - Gary Chartrand and Ping Zhang

This Dover edition first published in 2012



A FIRST COURSE IN GRAPH THEORY - Gary Chartrand and Ping

A first course in graph theory / Gary Chartrand and Ping Zhang. p. cm. Previous edition published as: Introduction to graph theory. Boston : McGraw-Hill Higher 



a first course in graph theory - dokumen.pub

Chartrand Gary. A first course in graph theory / Gary Chartrand and Ping Zhang. p. cm. Previous edition published as: Introduction to 



Introduction to Graph Theory

The first of these (Chapters 1-4) provides a basic foundation course containing definitions and examples of graphs



Graph Theory

In addition a general experience in mathematics. Course objectives. • The objective of the course is to introduce students with the fundamental concepts in 



A first course in graph theory

A FIRST COURSE IN. GRAPH. THEORY. GARY CHARTRAND and. PING ZHANG. Western Michigan University Graphs and Graph Models ... Excursion: Graphs and Matrices.



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A First Course in Probability

A first course in probability / Sheldon Ross. — 8th ed. mathematics of probability theory but also

AFIRSTCOURSEIN

GRAPH

THEORY

GARYCHARTRAND

and

PINGZHANG

Western

MichiganUniversity

DOVERPUBLICATIONS,INC.

Mineola,

NewYork

CONTENTS

1.Introduction

1.1.

Graphsand

GraphModels

1

1.2.Connected

Graphs9

1.3.CommonClassesof

Graphs19

1.4.

Multigraphs

and

Digraphs26

2.

Degrees

2.1.The

DegreeofaVertex

31
2.2.

RegularGraphs38

2.3.

DegreeSequences43

2.4.Excursion:GraphsandMatrices

48
2.5.

Exploration:IrregularGraphs50

3.

IsomorphicGraphs

3.1.TheDefinitionof

Isomorphism55

3.2.

Isomorphism

asaRelation 63

3.3.Excursion:

Graphs

and

Groups66

3.4.Excursion:Reconstructionand

Solvability76

4.Trees

4.1.

Bridges85

4.2. Trees 87

4.3.TheMinimum

Spanning

TreeProblem

94

4.4.Excursion:TheNumberof

SpanningTrees100

5.

Connectivity

5.1.Cut-Vertices

107

5.2.Blocks111

5.3.

Connectivity

115
5.4.

Menger's

Theorem124

5.5.

Exploration:

Powersand

EdgeLabelings

130
6.

Traversability

6.1.EulerianGraphs133

6.2.HamiltonianGraphs140

6.3.

Exploration:

HamiltonianWalks152

6.4.Excursion:

Early

Booksof

GraphTheory156

viii 7.

Digraphs

7.1.

StrongDigraphs

161
7.2.

Tournaments

169

7.3.Excursion:Decision-Making

176
7.4.

Exploration:

WineBottleProblems180

8.

Matchings

andFactorization 8.1.

Matchings

183

8.2.Factorization

194

8.3.Decompositions

andGracefulLabelings 209

8.4.Excursion:Instant

Insanity

214

8.5.Excursion:ThePetersenGraph

220
8.6.

Exploration:

Bi-GracefulGraphs

224
9.

Planar

ity

9.1.PlanarGraphs

227
9.2.

EmbeddingGraphsonSurfaces

241

9.3.Excursion:Graph

Minors249

9.4.

Exploration:EmbeddingGraphs

in

Graphs

253
10.

ColoringGraphs

10.1.TheFourColorProblem

259

10.2.Vertex

Coloring

267
10.3.

EdgeColoring

281

10.4.Excursion:TheHeawoodMapColoring

Theorem289

10.5.

Exploration:

Modular

Coloring

294
11.

Ramsey

Numbers

11.1.TheRamseyNumberof

Graphs

297

11.2.Turan'sTheorem

307

11.3.Exploration:ModifiedRamsey

Numbers314

11.4.Excursion:ErdosNumbers

321

12.Distance

12.1.TheCenterofaGraph

327

12.2.DistantVertices

333

12.3.Excursion:Locating

Numbers

341
12.5.

Exploration:

Channel

Assignment

351
12.6.

Exploration:

DistanceBetweenGraphs

356
ix

13.Domination

13.1.TheDominationNumberofa

Graph361

13.2.

Exploration:Stratification

372
13.3.

Exploration:LightsOut377

Appendix

1.Setsand

Logic383

Appendix

2.

EquivalenceRelationsandFunctions388

Appendix

3.MethodsofProof392

Solutions

andHintsforOdd-NumberedExercises399

References

427

IndexofNames

438

IndexofMathematicalTerms441

Listof

Symbols448

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