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===Definition of [[Kernel (linear algebra)|Kernel]]===
 
===Definition of [[Kernel (linear algebra)|Kernel]]===
 
===Definition of [[Image (linear algebra)|Image]]===
 
===Definition of [[Image (linear algebra)|Image]]===
===When are vectors [[Linear Independent]]===
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===When are vectors [[Linearly Independent]]===
 
===When do vectors form a [[basis]]?===
 
===When do vectors form a [[basis]]?===
  

Revision as of 11:55, 19 January 2009

Note: This page covers MA351 in general. If you wish to create a course page, for the Course List, please see Help:Contents.

Linear Equations and Linear Transformations

Introduction to Matrix

Matrix Multiplication

Inverse of a Matrix

Introduction to Linear Transformations

Subspaces of $ R^n $

Definition of Subspace

Definition of Kernel

Definition of Image

When are vectors Linearly Independent

When do vectors form a basis?

Orthogonality

When are vectors orthogonal?

Determinants

What is a determinant

What are some properties of the determinant?

Category:MA351

Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett