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Introduction
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Linear Algebra
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Linear Algebra
Contents
Introduction
Axiomatic Viewpoint
Vector space axioms
Order relations
Functions
Equivalence Relations
Cartesian products
Functions of cartesian products
Symmetric bilinear functions
Antisymmetric multilinear functions
Using determinants
Mappings Between Vector Spaces
Mappings
Consequences of symmetry
Canonical forms
Diagonal matrices
Commuting matrices
Anticommuting matrices
Fourier pairs
Equivalent matrices
Gerschgorin's disksGershgorin disk
Variational principle
Avoided level crossings
Perturbation
Matrices as vectors
Confluence
Band Matrices
Band matrices
Sturm sequences
A uniform treatment for 2x2 matrices
Applications to String Vibrations
Description of the physical problem
Solving the vibration equations
A Variety of String Vibration Examples
Uniform strings
Joining dissimilar strings
Point defect
Diatomic string
Tapered string
Second neighbor influences
Block Matrices
Symmetry
Wave symmetry
Dynamical matrix symmetry
Groups
Subgroups
Mappings and equivalence
Convolutionconvolution algebra algebra
Matrix representation
Characters
Symmetry of a regular polygon
Affine and Projective Algebra
Affine space
Projective space
Mappings of a line
The cross ratio
Fixed points for projective mappings
Bibliography
About this document ...
Pedro Hernandez 2004-02-28