Example 2. Find the
eigenvalues and eigenvectors of the matrix
.
Solution 2.
![[Graphics:../Images/EigenvaluesMod_gr_113.gif]](../Images/EigenvaluesMod_gr_113.gif)
![[Graphics:../Images/EigenvaluesMod_gr_115.gif]](../Images/EigenvaluesMod_gr_115.gif)
This is equivalent to the linear system
![]()
Set
and solve for
,
and get the eigenvector
Verify the eigenpair.
![[Graphics:../Images/EigenvaluesMod_gr_123.gif]](../Images/EigenvaluesMod_gr_123.gif)
This is equivalent to the linear system
![]()
Set
and solve for
,
and get the eigenvector
Verify the eigenpair.
Remark. Newton's method can be used to find the roots of the characteristic polynomial.
For the first eigenvalue.
Which is an approximation to the eigenvalue
For the second eigenvalue.
Which is an approximation to the eigenvalue
(c) John H. Mathews 2004