Logo

Linear Algebra C-2: Geometrical Vectors, Vector Spaces and Linear Maps

Small book cover: Linear Algebra C-2: Geometrical Vectors, Vector Spaces and Linear Maps

Linear Algebra C-2: Geometrical Vectors, Vector Spaces and Linear Maps
by

Publisher: BookBoon
ISBN-13: 9788776815073
Number of pages: 126

Description:
The book is a collection of solved problems in linear algebra, the second volume covers geometrical vectors, vector spaces and linear maps. All examples are solved, and the solutions usually consist of step-by-step instructions, and are designed to assist students in methodically solving problems.

Home page url

Download or read it online for free here:
Download link
(3.2MB, PDF)

Similar books

Book cover: Super Linear AlgebraSuper Linear Algebra
by - InfoQuest
In this book, the authors introduce the notion of Super linear algebra and super vector spaces using the definition of super matrices defined by Horst (1963). This book expects the readers to be well-versed in linear algebra.
(10462 views)
Book cover: Applied Linear Algebra in ActionApplied Linear Algebra in Action
by - InTech
Topics: Matrices, Moments and Quadrature; Structured Approaches to General Inverse Eigenvalue Problems; Eigenvalue Problems; Nonnegative Inverse Elementary Divisors Problem; Some Recent Advances in Nonlinear Inverse Scattering in 2D; and more.
(2932 views)
Book cover: Linear Algebra Examples C-1: Linear equations, matrices and determinantsLinear Algebra Examples C-1: Linear equations, matrices and determinants
by - BookBoon
The book is a collection of solved problems in linear equations, matrices and determinants. All examples are solved, and the solutions consist of step-by-step instructions, and are designed to assist students in methodically solving problems.
(11442 views)
Book cover: A Second Semester of Linear AlgebraA Second Semester of Linear Algebra
by - University of Colorado Denver
This book is written as a text for a second semester of linear algebra at the senior or first-year-graduate level. It is assumed that you already have successfully completed a first course in linear algebra and a first course in abstract algebra.
(13210 views)