Suppose T: P3-M2,2 is a linear transformation whose action on a basis for P3 is as follows: 3] T(-x³-x²-x) = -6 -2 -5 5 T(−x²-x) = T(ax³ + bx²+cx+d) = -6 -1 -5 5 T(x³ + x² 94 64 1)-[ 4 ] 7(x+1)-[84] = = 9-6 -3 +x+1 Describe the action of I on a general polynomial, using a, b, c, and d as constants. -[⁰] 00

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Suppose T: P3-M2,2 is a linear transformation whose action on a basis for P3 is as follows:
3]
T(-x³-x²-x) =
-6 -2
-5 5
T(−x²-x) =
T(ax³ + bx²+cx+d) =
-6 -1
-5 5
T(x³ + x²
94
64
1)-[ 4 ] 7(x+1)-[84]
=
=
9-6
-3
+x+1
Describe the action of I on a general polynomial, using a, b, c, and d as constants.
-[⁰]
00
Transcribed Image Text:Suppose T: P3-M2,2 is a linear transformation whose action on a basis for P3 is as follows: 3] T(-x³-x²-x) = -6 -2 -5 5 T(−x²-x) = T(ax³ + bx²+cx+d) = -6 -1 -5 5 T(x³ + x² 94 64 1)-[ 4 ] 7(x+1)-[84] = = 9-6 -3 +x+1 Describe the action of I on a general polynomial, using a, b, c, and d as constants. -[⁰] 00
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