Have the vector space R³ given with the inner product <> : := 4a₁b₁ + 3a₂b2 + a3b3 With u =<4 2 -1¹, use the indicated inner product in answering. 1. Find a basis B for {u}+ 2. Transform that basis B to an orthogonal basis B₁. 3. Find an orthogonal basis B, for B3 that contains the set Bo from 2. [αι [b₁ x=a₂ and y=b₂ € R³ La 3. Lb3-
Have the vector space R³ given with the inner product <> : := 4a₁b₁ + 3a₂b2 + a3b3 With u =<4 2 -1¹, use the indicated inner product in answering. 1. Find a basis B for {u}+ 2. Transform that basis B to an orthogonal basis B₁. 3. Find an orthogonal basis B, for B3 that contains the set Bo from 2. [αι [b₁ x=a₂ and y=b₂ € R³ La 3. Lb3-
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.4: The Dot Product
Problem 46E
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Orthogonal complements and basis:
![Have the vector space R³ given with the inner product <::> :
<x, y> := 4a₁b₁ + 3a2b2 + a3b3
With u = < 4 2 -1¹, use the indicated inner product in answering.
1. Find a basis B for {u}+
2. Transform that basis B to an orthogonal basis B..
3. Find an orthogonal basis B₁ for B3 that contains the set Bŋ from 2.
[αι
x=a₂ and y=|b₂| = R³
La 3. Lb3-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fce7f36b3-651e-41b4-afe5-11d4a8426714%2Fe15e654b-c64b-4b61-87b7-d4d9ba23be5f%2F6fxeo0j_processed.png&w=3840&q=75)
Transcribed Image Text:Have the vector space R³ given with the inner product <::> :
<x, y> := 4a₁b₁ + 3a2b2 + a3b3
With u = < 4 2 -1¹, use the indicated inner product in answering.
1. Find a basis B for {u}+
2. Transform that basis B to an orthogonal basis B..
3. Find an orthogonal basis B₁ for B3 that contains the set Bŋ from 2.
[αι
x=a₂ and y=|b₂| = R³
La 3. Lb3-
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