Let T: R³ R4 such that: TO = 2 T 1 = 3 2 4 T -2 1 3 0 a) Determine a linear transformation T b) Determine its nucleus and interpret it geometrically, its base and dimension. c) Determine its image and interpret it geometrically, its base and dimension. d) What is the matrix associated with the linear transformation T.

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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Let T: R³ R4 such that:
3
¹8-0·0-1·0-0
T =
2
4
ΤΟ =
2
-2
T
3
a) Determine a linear transformation T
b) Determine its nucleus and interpret it
geometrically, its base and dimension.
c) Determine its image and interpret it
geometrically, its base and dimension.
d) What is the matrix associated with the linear
transformation T.
Transcribed Image Text:Let T: R³ R4 such that: 3 ¹8-0·0-1·0-0 T = 2 4 ΤΟ = 2 -2 T 3 a) Determine a linear transformation T b) Determine its nucleus and interpret it geometrically, its base and dimension. c) Determine its image and interpret it geometrically, its base and dimension. d) What is the matrix associated with the linear transformation T.
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