33. Define T: R³ → R³ by y + 2z 2x +3y - z x +2y - 2z x - y a. Find all vectors in R' that are mapped to the zero vector.

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Chapter2: Second-order Linear Odes
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33. Define T: R³ → R³ by
ED-L
x -
y + 2z
T.
2x +3y- z
x +2y - 2z
a. Find all vectors in R that are mapped to the
zero vector.
Transcribed Image Text:33. Define T: R³ → R³ by ED-L x - y + 2z T. 2x +3y- z x +2y - 2z a. Find all vectors in R that are mapped to the zero vector.
7
b. Let w =
-6
Determine whether there is
a vector v in R’ such that T (v) = W.
%3D
Transcribed Image Text:7 b. Let w = -6 Determine whether there is a vector v in R’ such that T (v) = W. %3D
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