2. For each of the following linear operators T on a vector space V, test T for diagonalizability. If T is diagonalizable, find a basis for V such that B[T] is a diagonal matrix, and write down the matrix B[T]B. (a) T : P3(R) → P3(R) defined by T(ƒ) = f' + ƒ" ([₁]) = [z+iw] iz + w (Note: Here we are thinking of C² as a 2-dimensional vector space over C, as usual. So z and w represent complex numbers, not real numbers.) (b) T : C² ⇒ C² defined by T
2. For each of the following linear operators T on a vector space V, test T for diagonalizability. If T is diagonalizable, find a basis for V such that B[T] is a diagonal matrix, and write down the matrix B[T]B. (a) T : P3(R) → P3(R) defined by T(ƒ) = f' + ƒ" ([₁]) = [z+iw] iz + w (Note: Here we are thinking of C² as a 2-dimensional vector space over C, as usual. So z and w represent complex numbers, not real numbers.) (b) T : C² ⇒ C² defined by T
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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![I Practice with computing diagonalizations
2. For each of the following linear operators T on a vector space V,
test T for diagonalizability. If T is diagonalizable, find a basis ß for
V such that B[T] is a diagonal matrix, and write down the matrix
B[T]B.
(a) T: P3(R) → P3(R) defined by T(ƒ) = f' + f"
z + iw]
[iz+w]
(Note: Here we are thinking of C² as a 2-dimensional vector space
over C, as usual. So z and w represent complex numbers, not real
numbers.)
(b) T : C² ⇒ C² defined by T ([₁])² =
W](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6f948d5c-51dd-4f43-ade9-5fd5821144d3%2F36275fae-4e69-40dd-80d4-1d6c70880198%2Fca45jig_processed.png&w=3840&q=75)
Transcribed Image Text:I Practice with computing diagonalizations
2. For each of the following linear operators T on a vector space V,
test T for diagonalizability. If T is diagonalizable, find a basis ß for
V such that B[T] is a diagonal matrix, and write down the matrix
B[T]B.
(a) T: P3(R) → P3(R) defined by T(ƒ) = f' + f"
z + iw]
[iz+w]
(Note: Here we are thinking of C² as a 2-dimensional vector space
over C, as usual. So z and w represent complex numbers, not real
numbers.)
(b) T : C² ⇒ C² defined by T ([₁])² =
W
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