a) Determine the value of the scalar k so that the polynomials p(t)=t+k/8 and q(t)=−t2 are orthogonal. b) The vector subspace W ⊂ P2 generated by the vectors p(t)=4t−3 and q(t)=−t2 is the same generated by the polynomials of the previous item. Obtain a basis for W where the vectors are orthogonal and unitary.
a) Determine the value of the scalar k so that the polynomials p(t)=t+k/8 and q(t)=−t2 are orthogonal. b) The vector subspace W ⊂ P2 generated by the vectors p(t)=4t−3 and q(t)=−t2 is the same generated by the polynomials of the previous item. Obtain a basis for W where the vectors are orthogonal and unitary.
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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Question
"In the vector space P2, of polynomials of degree less than or equal to 2, with real coefficients, consider the inner product defined by"
[image]
In relation to this inner product, answer the following items, mathematically justifying your statements.
a) Determine the value of the scalar k so that the polynomials p(t)=t+k/8 and q(t)=−t2 are orthogonal.
b) The vector subspace W ⊂ P2 generated by the vectors p(t)=4t−3 and q(t)=−t2 is the same generated by the polynomials of the previous item. Obtain a basis for W where the vectors are orthogonal and unitary.
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