5) Let P₂(C) be the vector space of polynomials with complex coefficients of degree ≤ 2, equipped with the inner product (ao + a₁x + a₂x², bo + b₁x + b₂x²) = aobo + a₁b₁ + a2b₂. Let f: P₂(C) → C be the linear transformation given by f(p) = -ip' (0) + (1 + i)p(0). Find the unique p = P₂(C) such that for all q = P₂(C), we have (q, p) = f(q).

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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5) Let P₂ (C) be the vector space of polynomials with complex coefficients of degree ≤ 2, equipped with the inner product
(ao + α₁x + a₂x², bo + b₁x + b₂x²) = aobo + a1b₁ + a2b2.
Let f: P₂(C) → C be the linear transformation given by
f(p) = −ip'(0) + (1 + i)p(0).
Find the unique p = P₂(C) such that for all q € P₂(C), we have (q, p)
=
f(q).
Transcribed Image Text:5) Let P₂ (C) be the vector space of polynomials with complex coefficients of degree ≤ 2, equipped with the inner product (ao + α₁x + a₂x², bo + b₁x + b₂x²) = aobo + a1b₁ + a2b2. Let f: P₂(C) → C be the linear transformation given by f(p) = −ip'(0) + (1 + i)p(0). Find the unique p = P₂(C) such that for all q € P₂(C), we have (q, p) = f(q).
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