Difference between revisions of "Eigenvalue"

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for some non-zero vector <math>\boldsymbol{x}\in\mathbb{R}</math> known as a [[eigenvector]]. The eigenvalue is the zero of a matrix's [[charateristic polynomial]].
 
for some non-zero vector <math>\boldsymbol{x}\in\mathbb{R}</math> known as a [[eigenvector]]. The eigenvalue is the zero of a matrix's [[charateristic polynomial]].
  
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All the eigenvectors of a particular eigenvalue [[span]] a vector space called the [[eigenspace]].
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The [[span]] of all the eigenvectors corresponding to a fixed eigenvalue <math>\lambda</math> is called the [[eigenspace]] <math>E_\lambda</math> of <math>A</math>.
  
 
[[category:Linear algebra]]
 
[[category:Linear algebra]]

Revision as of 01:15, July 4, 2008

It has been suggested that this article or section be merged with [[::eigenvector|eigenvector]]. (Discuss)

An eigenvalue of a square matrix is a complex number such that

for some non-zero vector known as a eigenvector. The eigenvalue is the zero of a matrix's charateristic polynomial.

The span of all the eigenvectors corresponding to a fixed eigenvalue is called the eigenspace of .