Logo

Course of Linear Algebra and Multidimensional Geometry

Small book cover: Course of Linear Algebra and Multidimensional Geometry

Course of Linear Algebra and Multidimensional Geometry
by

Publisher: Samizdat Press
ISBN/ASIN: 5747700995
Number of pages: 143

Description:
This book is written as a textbook for the course of multidimensional geometry and linear algebra for the first year students at Physical and Mathematical Departments. It covers linear vector spaces and linear mappings, linear operators, dual space, bilinear and quadratic forms, Euclidean spaces, Affine spaces.

Home page url

Download or read it online for free here:
Download link
(0.9MB, PDF)

Similar books

Book cover: Calculus and Linear Algebra. Vol. 2Calculus and Linear Algebra. Vol. 2
by - University of Michigan Library
In the second volume of Calculus and Linear Algebra, the concept of linear algebra is further developed and applied to geometry, many-variable calculus, and differential equations. This volume introduces many novel ideas and proofs.
(14206 views)
Book cover: Linear Algebra: An Introduction to Mathematical DiscourseLinear Algebra: An Introduction to Mathematical Discourse
- Wikibooks
The book was designed specifically for students who had not previously been exposed to mathematics as mathematicians view it. That is, as a subject whose goal is to rigorously prove theorems starting from clear consistent definitions.
(14788 views)
Book cover: Linear Algebra for InformaticsLinear Algebra for Informatics
by - The University of Edinburgh
These are the lecture notes and tutorial problems for the Linear Algebra module. The text is divided into three parts: (1) real vector spaces and their linear maps; (2) univariate polynomials; (3) introduction to algebraic coding theory.
(15668 views)
Book cover: A First Course in Linear AlgebraA First Course in Linear Algebra
by - University of Puget Sound
Introductory textbook for college-level sophomores and juniors. It covers systems of linear equations, matrix algebra, finite-dimensional vector spaces, matrix representations of linear transformations, diagonalization, Jordan canonical form, etc.
(58175 views)