W be a linear map. Let Vo 3 Let V andW be finite-dimensional vector spaces and T: V be a subspace of V. Prove that T(Vo) is a subspace of W, where T(V) is the range of Vo, i.e., T(Vo) := {w EW: 30 E Vo such that T(v) = w}. %3D

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Chapter2: Second-order Linear Odes
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3 Let V andW be finite-dimensional vector spaces and T: V W be a linear map. Let Vo
be a subspace of V. Prove that T(Vo) is a subspace of W, where T(V) is the range of Vo,
i.e.,
T(Vo) : {w e W: 3v E Vo such that T(v) = w}.
%3D
Transcribed Image Text:3 Let V andW be finite-dimensional vector spaces and T: V W be a linear map. Let Vo be a subspace of V. Prove that T(Vo) is a subspace of W, where T(V) is the range of Vo, i.e., T(Vo) : {w e W: 3v E Vo such that T(v) = w}. %3D
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