ints) Let V be a vector space of dimension n and W a vector space of > W be a linear transformation such that the dimension 6. dimension m. Let L : V of the kernel of L is r. Show that there are ordered bases E = [ū1,…. , în] of V and F = W1,..., w,„] of W such that the matrix representation of L with respect to E and F is an m x n matrix A = (a;) satisfying %3D %3D %3D aij = 1 if i = j and i

Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter6: Linear Transformations
Section6.CR: Review Exercises
Problem 71CR: Let V be an inner product space. For a fixed nonzero vector v0 in V, let T:VR be the linear...
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6.
ints) Let V be a vector space of dimension n and W a vector space of
dimension m. Let L: V- W be a linear transformation such that the dimension
of the kernel of L is r. Show that there are ordered bases E = [01,.. . , Un] of V and
F = w1,..., wm] of W such that the matrix representation of L with respect to E and
F is an m x n matrix A = (ai) satisfying
%3D
%3D
aij = 1 if i = j and i<n-r
aij = 0 otherwise
%3D
Transcribed Image Text:6. ints) Let V be a vector space of dimension n and W a vector space of dimension m. Let L: V- W be a linear transformation such that the dimension of the kernel of L is r. Show that there are ordered bases E = [01,.. . , Un] of V and F = w1,..., wm] of W such that the matrix representation of L with respect to E and F is an m x n matrix A = (ai) satisfying %3D %3D aij = 1 if i = j and i<n-r aij = 0 otherwise %3D
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