Given y € R", define Sy : R" → R by Sy(x) = x y for all x € R" (where Problem 2. x. y is the dot product of x and y). a. Show that Sy: R → R is a linear transformation for any y ER". b. Show that every linear transformation T: R" → R arises in this way; that is, T = Sy for some y € R".
Given y € R", define Sy : R" → R by Sy(x) = x y for all x € R" (where Problem 2. x. y is the dot product of x and y). a. Show that Sy: R → R is a linear transformation for any y ER". b. Show that every linear transformation T: R" → R arises in this way; that is, T = Sy for some y € R".
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Given y € R", define Sy : R" → R by Sy(x) = x y for all x € R" (where
Problem 2.
x.y is the dot product of x and y).
a. Show that Sy : R" → R is a linear transformation for any y ER".
b. Show that every linear transformation T: R" → R arises in this way; that is, T = Sy for
some y € R".
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