Question: Let V R n be an invariant subspace for the n n matrix A. Explain why every eigenvalue and eigenvector of the linear
Let V ⊂ Rn be an invariant subspace for the n × n matrix A. Explain why every eigenvalue and eigenvector of the linear map obtained by restricting A to V are also eigenvalues and eigenvectors of A itself.
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Let B be the linear map generated by confining A to V with respect to a basis for ... View full answer
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