# Theorem: a set of vectors is linearly dependent if and only if one of the vectors can be written as a linear combination of the other vectors, coordinate vector space.

math.la.t.vec.lindep.coord

# Linear Independence in-class activity

Linear independence in-class activity

GFDL-1.3
Created On
June 8th, 2017
7 years ago
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3
Type
Handout
Timeframe
In-class
Perspective
Example
Language
English
Content Type
application/pdf

# University of Waterloo Math Online - Lesson: Linear Independence and Surfaces

Video Lesson from University of Waterloo.

##### math.la.t.vec.lindep.coord
Created On
October 23rd, 2013
11 years ago
Views
2
Type
Video
Perspective
Introduction
Language
English
Content Type
text/html;charset=UTF-8

# Vector Addition and Scalar Multiplication Quiz

Quiz from the University of Waterloo.

##### math.la.t.vec.lindep.coord
Created On
October 23rd, 2013
11 years ago
Views
4
Type
Unknown
Timeframe
Post-class
Perspective
Example
Language
English
Content Type
text/html;charset=UTF-8

# Linear Dependence and Spans - A First Course in Linear Algebra

In any linearly dependent set there is always one vector that can be written as a linear combination of the others. This is the substance of the upcoming Theorem DLDS. Perhaps this will explain the use of the word “dependent.” In a linearly dependent set, at least one vector “depends” on the others (via a linear combination).