ing og 5. Let T be a linear operator on an inner product space V, and let W be a T-invariant subspace of V. Prove the following. a) If T is self-adjoint, then Tw is self-adjoint. b) W is T*-invariant. c) If W is both T and T*-invariant and T is normal, then Tw is normal.

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ing og
5. Let T be a linear operator on an inner product space V, and let W be a T-invariant subspace of V. Prove
the following.
a) If T is self-adjoint, then Tw is self-adjoint.
b) Wis T-invariant.
c) If W is both T and T*-invariant and T is normal, then Tw is normal.
Transcribed Image Text:ing og 5. Let T be a linear operator on an inner product space V, and let W be a T-invariant subspace of V. Prove the following. a) If T is self-adjoint, then Tw is self-adjoint. b) Wis T-invariant. c) If W is both T and T*-invariant and T is normal, then Tw is normal.
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