Eigenvectors Assignment Help

Introduction to Eigenvectors

Eigenvector acts on vector by changing both its magnitude and its direction. A matrix acts on an eigenvector by multiplying its magnitude by a factor. If the direction is unchanged and negative then it will positive and the direction will be reversed. These vectors are the eigenvectors of the matrix.

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To each distinct eigenvalue of a matrix A there will be one eigenvector which are found by solving the appropriate set of homogenous equations. If i is an Eigenvalue then the corresponding eigenvector xi is the solution of $Introduction to Eigenvectors$

For example:

Find the Eigenvalues of $Eigenvectors$

$Eigenvectors Assignment Help$

Solution:

$Eigenvectors Solutions$

two eigenvalues: -1, - 2

Example

$Eigenvectors Example$

Theorem for Eigenvectors

It corresponding to distinct (that is, different) eigenvalues are linearly independent.
If is an eigen value of multiplicity k of an n n matrix A then the number of linearly independent eigenvectors of A associated with is given by m = n - r(A- I). Furthermore, 1 m k.