2. Consider the bases & = {1, t, t'} and B = {1+t,t+t², t²} for P2 and the linear transformation T: P₂ → P2 defined by T(p(t)) = t p'(t), where p'(t) is the derivative of p(t). Find the coordinate vector of t2 relative to B. (a) (b) (c) Find the change-of-coordinates matrix P from B to E. (e) Find [T], the E-matrix of T. (d) We know that the two matrix representations [T] and [T]B are similar; that is [7] B = P¹[T]EP for some invertible matrix P. What is P? What is the kernel of T?
2. Consider the bases & = {1, t, t'} and B = {1+t,t+t², t²} for P2 and the linear transformation T: P₂ → P2 defined by T(p(t)) = t p'(t), where p'(t) is the derivative of p(t). Find the coordinate vector of t2 relative to B. (a) (b) (c) Find the change-of-coordinates matrix P from B to E. (e) Find [T], the E-matrix of T. (d) We know that the two matrix representations [T] and [T]B are similar; that is [7] B = P¹[T]EP for some invertible matrix P. What is P? What is the kernel of T?
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.3: Lines
Problem 31E
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![2. Consider the bases E = = {1, t, t²} and B = {1+t,t+t², t²} for P2 and the linear transformation
T: P₂ → P₂ defined by T(p(t)) = t p'(t), where p'(t) is the derivative of p(t).
(a) Find the coordinate vector of t² relative to B.
(b)
(c)
Find the change-of-coordinates matrix P from B to E.
E-B
(e)
Find [T], the E-matrix of T.
(d)
We know that the two matrix representations [T] and [T] are similar; that is
[TB = P¹[T]EP for some invertible matrix P. What is P?
What is the kernel of T?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F124b901b-30e0-465c-8843-0ac183671335%2F6f06e882-8cdb-4b68-8ddf-28d6866c528a%2Fy20llv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Consider the bases E = = {1, t, t²} and B = {1+t,t+t², t²} for P2 and the linear transformation
T: P₂ → P₂ defined by T(p(t)) = t p'(t), where p'(t) is the derivative of p(t).
(a) Find the coordinate vector of t² relative to B.
(b)
(c)
Find the change-of-coordinates matrix P from B to E.
E-B
(e)
Find [T], the E-matrix of T.
(d)
We know that the two matrix representations [T] and [T] are similar; that is
[TB = P¹[T]EP for some invertible matrix P. What is P?
What is the kernel of T?
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