3. For V C R" and W C R"m, assume that V, W are vector subspaces and B := {v1, v2, .., v,} and C := {w1, W2, .., Ws} are bases for V and W respectively. Let T : V → W be a linear transformation and A:= (a;;) be an (s x r)-matrix such that T(v1) = a11Wı+421W2 + · · · + asıWs T(v2) = a12Wı+a22W2+ • · ·+ as2Ws T(v,) = a1,Wi+a2,W2 + ·..+asr Ws. Show that for all u e V, [T(u)]c = A·[u]g. Hint: For i = 1.r, find [T(v;)]c and then, write u = ¤1V1 + X2V2 ++x,Vr € V. %3D
3. For V C R" and W C R"m, assume that V, W are vector subspaces and B := {v1, v2, .., v,} and C := {w1, W2, .., Ws} are bases for V and W respectively. Let T : V → W be a linear transformation and A:= (a;;) be an (s x r)-matrix such that T(v1) = a11Wı+421W2 + · · · + asıWs T(v2) = a12Wı+a22W2+ • · ·+ as2Ws T(v,) = a1,Wi+a2,W2 + ·..+asr Ws. Show that for all u e V, [T(u)]c = A·[u]g. Hint: For i = 1.r, find [T(v;)]c and then, write u = ¤1V1 + X2V2 ++x,Vr € V. %3D
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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