4.3. (a) Implement inverse iteration with a shift to compute the eigenvalue nearest to 2, and a cor- responding normalized eigenvector, of the matrix [6 2 1 A = 2 3 1 1 1 1 You may use an arbitrary...


4.3. (a) Implement inverse iteration with a shift<br>to compute the eigenvalue nearest to 2, and a cor-<br>responding normalized eigenvector, of the matrix<br>[6 2 1<br>A = 2 3 1<br>1 1<br>1<br>You may use an arbitrary starting vector.<br>(b) Use a real symmetric eigensystem library rou-<br>tine to compute all of the eigenvalues and eigen-<br>vectors of the matrix, and compare the results<br>with those obtained in part a.<br>

Extracted text: 4.3. (a) Implement inverse iteration with a shift to compute the eigenvalue nearest to 2, and a cor- responding normalized eigenvector, of the matrix [6 2 1 A = 2 3 1 1 1 1 You may use an arbitrary starting vector. (b) Use a real symmetric eigensystem library rou- tine to compute all of the eigenvalues and eigen- vectors of the matrix, and compare the results with those obtained in part a.

Jun 04, 2022
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