Let W be a space with an orthogonal basis given by and the shortest distance from W to y. Note: To type square roots, you can use "a^0.5". 1) y = For each vector y given below, determine the point in W that is closest to y,

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter1: Vectors
Section1.3: Lines And Planes
Problem 32EQ
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2) y =
фрфрон
a) Then the closest point in W to y is:
b) The shortest distance from W to y is:
Transcribed Image Text:2) y = фрфрон a) Then the closest point in W to y is: b) The shortest distance from W to y is:
Let W be a space with an orthogonal basis given by
0
and the shortest distance from W to y.
Note: To type square roots, you can use "a^0.5".
1) y =
4
3
a) Then the closest point in W to y is:
b) The shortest distance from W to y is:
For each vector y given below, determine the point in W that is closest to y,
Transcribed Image Text:Let W be a space with an orthogonal basis given by 0 and the shortest distance from W to y. Note: To type square roots, you can use "a^0.5". 1) y = 4 3 a) Then the closest point in W to y is: b) The shortest distance from W to y is: For each vector y given below, determine the point in W that is closest to y,
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