* Let X be the vector space of continuous real valued functions in [-1, 1]. Define (·, ·) : X×X → R as (x, y) = | x(1) y(1) dt. (a) Show that (-, ·) is a inner product. (b) Let Y c X be the set of even continuous real valued functions in [-1, 1]. That is, y € Y y(1) = y(-1) Vt e [-1,1]. Let Zc X be the set of odd continuous real valued functions in [-1,1]. That is, ze Z z(t) = -z(-1) VtE [-1,1]. Show that Y IZ.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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3.* Let X be the vector space of continuous real valued functions in [-1, 1]. Define (·, ·) : X×X → R
as
(x, y)
= | x(1) y(1) dt.
(a) Show that (', ·) is a inner product.
(b) Let Y c X be the set of even continuous real valued functions in [-1, 1]. That is,
y € Y
y(t) = y(-1) Vt e [-1, 1].
Let Zc X be the set of odd continuous real valued functions in [-1, 1]. That is,
z E Z
z(t) = -z(-1) VtE [-1,1].
Show that Y IZ.
Transcribed Image Text:3.* Let X be the vector space of continuous real valued functions in [-1, 1]. Define (·, ·) : X×X → R as (x, y) = | x(1) y(1) dt. (a) Show that (', ·) is a inner product. (b) Let Y c X be the set of even continuous real valued functions in [-1, 1]. That is, y € Y y(t) = y(-1) Vt e [-1, 1]. Let Zc X be the set of odd continuous real valued functions in [-1, 1]. That is, z E Z z(t) = -z(-1) VtE [-1,1]. Show that Y IZ.
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