| Abstract Linear Spaces: From the History of Mathematics project. |
| Elementary Linear Algebra: Online Lecture Notes (PostScript) by Keith Matthews, 1991. |
| Elements of Abstract and Linear Algebra: An online textbook on abstract algebra with emphasis on linear algebra. |
| Georgia Tech Linear Algebra Site: Online resources relevant to all courses that include linear algebra content. |
| Hermann Grassmann and the Creation of Linear Algebra: A historical paper on the elaboration of the discipline's foundations in the middle of the 19th century. |
| Linalg.org: Exact linear algebra computation tools and downloads. |
| Linear Algebra and Applications Textbook: Online text, each page is a GIF format image. |
| Linear Algebra from MathWorld: Offers elementary definitions in general linear algebra, matrices and determinants. |
| Linear Algebra Glossary: Includes definitions and examples of all basic concepts. |
| Linear Algebra Textbook: By Jim Hefferon. Free download in PDF and TeX source code. Covers the material of an undergraduate first linear algebra course. |
| Linear Algebra Toolkit: Step by step solutions of problems such as Gauss-Jordan reduction, calculating the determinant, and finding a basis of a space spanned by given vectors. |
| Linear and Multilinear Algebra: Includes information on subscription, paper submission, and table of contents. |
| Linear and Multilinear Algebra, Matrix Theory: An informative description of the subject of linear algebra and all of its subfields from the Mathematical Atlas. |
| Lyryx Interactive Linear Algebra: Contains narrated and animated lessons, interactive exploration and computational tools, and an assessment system providing feedback to guide student learning. |
| Matrix Multiplication: An interactive micro-course for beginners, by Hans Lundmark. (Uses JavaScript.) |
| Notes on Linear Algebra: By Lee Lady: available in PDF, PS or DVI. |
| Professor Strang's Linear Algebra Class: Offers online video lectures for MIT's Linear Algebra course. Topics include geometric properties, using matrices, permutations, pivot variables, subspaces, Cramer's Rule, and Eigenvalues. |
| Topics in Linear Algebra: An approach unifying the notions of system of equations, matrix inversion, and linear programming. |
Classical
