1. Consider the real vector spaces C2 and R2×2, and let f: C2 → R²×² defined by f(x, y) = (4 'а — d a +c b+d. с — b ),v(x, y) = (a + bi, c + di) E C². (a) Prove that f E L(C², R²×²).

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.4: Linear Transformations
Problem 34EQ
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1. Consider the real vector spaces C² and IR2×2, and let f: C² → R²×² defined by
f(x, y) = ("
'а — d
a + c _b+d.
с — b
b+ a),V(x, y) = (a + bi,c + di) E C².
(a) Prove that f E L(C², R²×²).
(b) Find the matrix M = [f]½ of f with respect to the ordered bases
= {(0,1), (0,1 + i), (-i, 1), (1, – 1)} c C² and
(c) Determine the Rank and Nullity of the matrix M.
(d) Hence, determine whether or not f is invertible.
Transcribed Image Text:1. Consider the real vector spaces C² and IR2×2, and let f: C² → R²×² defined by f(x, y) = (" 'а — d a + c _b+d. с — b b+ a),V(x, y) = (a + bi,c + di) E C². (a) Prove that f E L(C², R²×²). (b) Find the matrix M = [f]½ of f with respect to the ordered bases = {(0,1), (0,1 + i), (-i, 1), (1, – 1)} c C² and (c) Determine the Rank and Nullity of the matrix M. (d) Hence, determine whether or not f is invertible.
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