3) Suppose U is a subspace of V with U + V. Suppose Se L(U,W) and S # 0 (so S is not the zero element of L(U, W), which means Su + 0 for some u e U,where 0 is the zero vector of W). Define T:U - W by (Sv if v e U lo ifveV and v E U. Tv = Prove that T is not a linear map on V.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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3) Suppose U is a subspace of V with U + V. Suppose Se L(U,W) and S # 0 (so S
is not the zero element of L(U, W), which means Su # 0 for some u E U,where 0
is the zero vector of W). Define T:U → W by
Sv if v e Ú
l0 ifveV and v e U.
Tv =
Prove that T is not a linear map on V.
Transcribed Image Text:3) Suppose U is a subspace of V with U + V. Suppose Se L(U,W) and S # 0 (so S is not the zero element of L(U, W), which means Su # 0 for some u E U,where 0 is the zero vector of W). Define T:U → W by Sv if v e Ú l0 ifveV and v e U. Tv = Prove that T is not a linear map on V.
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