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linear mapping. a vector space homomorphism. Pamela Leutwyler. example 1 :. T is NOT LINEAR because. example 1 :. T is NOT LINEAR because. example 2 :. T is LINEAR because. T is LINEAR because. T is LINEAR because. The DOMAIN = R 3. The DOMAIN = R 3.
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linear mapping a vector space homomorphism Pamela Leutwyler
example 1 : T is NOT LINEAR because
example 1 : T is NOT LINEAR because
example 2 : T is LINEAR because
The DOMAIN = R3 The RANGE= the set of points on the line y = - x (a 1 dimensional subspace of R2)
The DOMAIN = R3 The RANGE= the set of points on the line y = - x (a 1 dimensional subspace of R2) The NULL SPACE (kernel) = the set of points on the plane x – y – z = 0 (a 2 dimensional subspace of R3)