Consider the inner product space (P2, (, )) with (p, q) = p(to)q(to) + p(t1)q(t1) + p(t2)q(t,), where p, q E P2 and to, t1, t2 are distinct real mumbers. Let to = -2, ti = 1, t2 = 2 and p(t) = 1 + t, q(t) = -4t + t². %3D %3D (i) Determine if p(t) is orthogonal to q(t).
Consider the inner product space (P2, (, )) with (p, q) = p(to)q(to) + p(t1)q(t1) + p(t2)q(t,), where p, q E P2 and to, t1, t2 are distinct real mumbers. Let to = -2, ti = 1, t2 = 2 and p(t) = 1 + t, q(t) = -4t + t². %3D %3D (i) Determine if p(t) is orthogonal to q(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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Transcribed Image Text:Consider the inner product space (P2, (, )) with
(p, q) = p(to)q(to) + p(t1)q(t,) + p(t,)q(t,).
where p, q E P, and to, ti, tz are distinct real numbers.
Let to = -2, t=1, t2=2 and p(t) =1+t, q(t) = -4t +t².
(i) Determine if p(t) is orthogonal to q(t).

Transcribed Image Text:Let (V, (, )) be an inner product space. Let f,9, h be vectors in V with
|S|| = 1, ||g|| = 2, | = v3, (f,g) =-1, (f, h) = 0, (g, h) = 3.
(i) Compute || f + h||.
(ii) Find dist (f,g).
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