(computing eigenvalue and eigenvector) |
|||
| Line 1: | Line 1: | ||
| − | |||
=eigen value and eigen vector= | =eigen value and eigen vector= | ||
| Line 7: | Line 6: | ||
Put your content here . . . | Put your content here . . . | ||
| − | + | computing eigenvalue and eigenvector: assume A is a vector where A=[a b;c d] in order to find eigen value we simplify the matrix A as ax1+bx2=lamdax1 and cx1+dx2=lamdax2 solve lamda1 and lamda2 from these two equation. this is our eigenvalue. solve x1 and x2. and write it as a matrix form.this is our eigenvector | |
[[ Eigenvalues MA265F10Walther|Back to Eigenvalues MA265F10Walther]] | [[ Eigenvalues MA265F10Walther|Back to Eigenvalues MA265F10Walther]] | ||
Latest revision as of 14:22, 11 December 2010
eigen value and eigen vector
Put your content here . . .
computing eigenvalue and eigenvector: assume A is a vector where A=[a b;c d] in order to find eigen value we simplify the matrix A as ax1+bx2=lamdax1 and cx1+dx2=lamdax2 solve lamda1 and lamda2 from these two equation. this is our eigenvalue. solve x1 and x2. and write it as a matrix form.this is our eigenvector
