Let T : P3 → R³ be defined by 2а — 2b + с — Зd -a + 36 + 2c – 3d . Let u = x – 3x. B = {1,x, x² , x³ }. and За — Зс — 2d T (ax³ + bæ² + c + d) %3D | 0. C = -3 0 . use the Fundamental Theorem of Matrix Representations to find 2 -2 1 Given [T -3 5 1 4 -3 -5 1 Pc(T(u)). Ex: 5 Pc(T(u)) =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Let T : P3 → R* be defined by
2а - 26 + с — Зd
т (аг3 + ba? + сх + d)
-а + 3b + 2с — Зd
Let u = æ3 – 3x, B = {1, x, x² , æ³}, and
За — Зс — 2d
C =
2
-2
1
-3
Given (T
-3
5
1
,use the Fundamental Theorem of Matrix Representations to find
4
-3 -5
1
Pe(T(u)).
Ex: 5
Pc(T(u)) :
Transcribed Image Text:Let T : P3 → R* be defined by 2а - 26 + с — Зd т (аг3 + ba? + сх + d) -а + 3b + 2с — Зd Let u = æ3 – 3x, B = {1, x, x² , æ³}, and За — Зс — 2d C = 2 -2 1 -3 Given (T -3 5 1 ,use the Fundamental Theorem of Matrix Representations to find 4 -3 -5 1 Pe(T(u)). Ex: 5 Pc(T(u)) :
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