6. Prove Theorem 5.9 (a) and (b). Theorem 5.9. Let S be an orthonormal basis for an n-dimensional inner product space V. If the coordinate vectors of u and v relative to the basis S are given by [u]s = [u₁, U2,..., un] and [v]s = [V₁, V2,..., Un], then + u²₂/12. (a) ||u|| = √√u²+uz+ (b) d(u, v) = √(u₁ − v₁)² + (u₂ − v₂)² +….. + (un - vn)².
6. Prove Theorem 5.9 (a) and (b). Theorem 5.9. Let S be an orthonormal basis for an n-dimensional inner product space V. If the coordinate vectors of u and v relative to the basis S are given by [u]s = [u₁, U2,..., un] and [v]s = [V₁, V2,..., Un], then + u²₂/12. (a) ||u|| = √√u²+uz+ (b) d(u, v) = √(u₁ − v₁)² + (u₂ − v₂)² +….. + (un - vn)².
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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![6. Prove Theorem 5.9 (a) and (b).
Theorem 5.9. Let S be an orthonormal basis for an n-dimensional inner product space V.
If the coordinate vectors of u and v relative to the basis S are given by
[u]s = [u₁, U₂,..., un]
[v]s = [V₁, V2, ..., Un],
then
and
(a) ||u|| = √√√u² + u² +
+ u²/12.
(b) d(u, v) = √(u₁ − v₁)² + (U2 − v₂)² +
v₁)² +
(U2 − v₂)² + ... + (Un — Vn) ².](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F87351664-192b-44e9-8681-fefec31a9dea%2Fd4f39d90-3ee9-46c3-9825-281e4e0efd0b%2F0ti64bd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. Prove Theorem 5.9 (a) and (b).
Theorem 5.9. Let S be an orthonormal basis for an n-dimensional inner product space V.
If the coordinate vectors of u and v relative to the basis S are given by
[u]s = [u₁, U₂,..., un]
[v]s = [V₁, V2, ..., Un],
then
and
(a) ||u|| = √√√u² + u² +
+ u²/12.
(b) d(u, v) = √(u₁ − v₁)² + (U2 − v₂)² +
v₁)² +
(U2 − v₂)² + ... + (Un — Vn) ².
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