. Compute bases for the orthogonal complement E for the following subspaces: {ED} (a) E = span as a subspace of V = R³.

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Chapter2: Second-order Linear Odes
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1. Compute bases for the orthogonal complement E for the following subspaces:
{G}
{}]}
(c) Let V = P3(R) with the standard inner product (p, q) = [1,p(t)
Find a basis for E.
(a) E = span
(b) E = span
as a subspace of V = R³.
as a subspace of V = C³.
p(t)q(t) dt and E = P₁ (R).
Transcribed Image Text:1. Compute bases for the orthogonal complement E for the following subspaces: {G} {}]} (c) Let V = P3(R) with the standard inner product (p, q) = [1,p(t) Find a basis for E. (a) E = span (b) E = span as a subspace of V = R³. as a subspace of V = C³. p(t)q(t) dt and E = P₁ (R).
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