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9789810245047

Introduction to Matrix Theory : With Applications to Business and Economics

by ;
  • ISBN13:

    9789810245047

  • ISBN10:

    9810245041

  • Format: Hardcover
  • Copyright: 2002-08-01
  • Publisher: World Scientific Pub Co Inc
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Summary

In economic modeling and planning, as well as in business, most problems are linear, or approximated by linear models. Such problems are solved by matrix methods, so the material presented in this book is essential to these fields.

Table of Contents

Vectors and Matrices
1(56)
Introduction
1(6)
Comparison of Matrices
7(1)
Elementary Matrix Algebra
8(13)
Inverse of a Matrix
21(3)
Further Examples and Applications
24(28)
Exercises
52(5)
Vector Spaces and Inner-Product Spaces
57(76)
Introduction
57(5)
Subspaces
62(8)
Linear Independence, Basis
70(15)
Inner-Product Spaces
85(20)
Direct Sums and Orthogonal Complementary Subspaces
105(14)
Applications
119(8)
Exercises
127(6)
Systems of Linear Equations and Inverses of Matrices
133(74)
Introduction
133(2)
Existence and Uniqueness of a Solution
135(7)
Systems of Homogeneous Linear Equations
142(7)
Systems of Inhomogeneous Linear Equations
149(6)
Rank of Matrices
155(2)
Matrix Equations and Inverses of Matrices
157(8)
The Elimination Method
165(23)
Applications
188(12)
Exercises
200(7)
Determinants
207(44)
Introduction
207(8)
Properties of Determinants
215(10)
Cofactors and Expansion by Cofactors
225(7)
Determinants and Systems of Linear Equations
232(6)
Further Examples and Applications
238(7)
Exercises
245(6)
Linear Mappings and Matrices
251(62)
Introduction
251(1)
Vector Coordinates
251(3)
Linear Mappings
254(17)
The Vector Space of Linear Mappings
271(2)
Multiplication of Linear Mappings, and Inverses
273(11)
Matrix Representations of Linear Mappings
284(9)
Coordinates and Matrix Representation in a New Basis
293(6)
Applications
299(7)
Exercises
306(7)
Eigenvalues, Invariant Subspaces, Canonical Forms
313(70)
Introduction
313(1)
Basic Concepts
313(12)
Matrix Polynomials
325(11)
The Construction of Invariant Subspaces
336(5)
Diagonal and Triangular Forms
341(10)
The Jordan Canonical Form
351(9)
Complexification
360(1)
Applications
361(17)
Exercises
378(5)
Special Matrices
383(72)
Introduction
383(1)
Diagonal, Tridiagonal, and Triangular Matrices
383(10)
Idempotent and Nilpotent Matrices
393(3)
Matrices in Inner Product Spaces
396(14)
Definite Matrices
410(8)
Nonnegative Matrices
418(19)
Applications
437(13)
Exercises
450(5)
Elements of Matrix Analysis
455(40)
Introduction
455(1)
Vector Norms
455(6)
Matrix Norms
461(13)
Applications
474(17)
Exercises
491(4)
References 495(2)
Index 497

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