2. Let P2(R) be the vector space of polynomials over R up to degree 2. Consider {1+x - 2a?, -1 +x + x?, 1 – x +x²} , {1 – 3x + x2, 1 –- 3x - 2x2, 1- 2x + 3x2}. В B' (a) Show that B and B' are bases of P2(R).

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.4: Linear Transformations
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2. Let P2(R) be the vector space of polynomials over R up to degree 2. Consider
{1+x – 2x2, -1 +x + x?, 1 – x + x?},
{1- За + 2?, 1 -Зх- 2л2, 1-2х + За2}.
В
B'
(a) Show that B and B' are bases of P2(R).
(b) Find the coordinate matrices of p(x) = 9x2 + 4x – 2 relative to the bases B and B'.
(c) Find the transition matrix PB¬B'.
(d) Verify that
(x(p)]B = PB¬B' [x(p)B].
Transcribed Image Text:2. Let P2(R) be the vector space of polynomials over R up to degree 2. Consider {1+x – 2x2, -1 +x + x?, 1 – x + x?}, {1- За + 2?, 1 -Зх- 2л2, 1-2х + За2}. В B' (a) Show that B and B' are bases of P2(R). (b) Find the coordinate matrices of p(x) = 9x2 + 4x – 2 relative to the bases B and B'. (c) Find the transition matrix PB¬B'. (d) Verify that (x(p)]B = PB¬B' [x(p)B].
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