Up: 8.45 (a)
Previous: 8.45 (a), §1
Eigenvalues:
![](img2.gif)
There are two roots:
and ![](img4.gif)
The eigenvector corresponding to
satisfies
![](img6.gif)
Solving using Gaussian elimination:
![](img7.gif)
Equation (1) gives
.In order to get a vector, instead of a set of possible vectors, one
component must be arbitrarily chosen. To get simple numbers, take
v1y = -2, then v1x = 3:
![](img9.gif)
Check:
![](img10.gif)
The eigenvector corresponding to
satisfies
![](img12.gif)
Solving using Gaussian elimination:
![](img13.gif)
Choosing v2y = 1, then v2x = -2:
![](img14.gif)
Up: 8.45 (a)
Previous: 8.45 (a), §1
10/05/01 0:16:04