(a) Let A be an n n symmetric matrix, and let v be an eigenvector. Prove...
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(a) Let A be an n × n symmetric matrix, and let v be an eigenvector. Prove that its orthogonal complement under the dot product, namely, V⊥ = {w ∈ Rn | v1· w = 0}, is an invariant subspace.
(b) More generally, prove that if W ⊂ Rn is an invariant subspace, then its orthogonal complement W⊥, is also invariant.
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