Let {u,., up} be an orthogonal basis for a subspace W of R" and {vr, ., vg} be an orthogonal basis for W+. Let a € R", u be the orthogonal projection of the x onto W and v be the orthogonal projection of the x onto W+. Determine which of the following is false. a. I=u -v b. ||||? = ||u||? + ||v||? c. The minimum distance between any y E W+ and x is ||u|| d. The minimum distance between any y E W and x is ||lv|| e. none of these

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Let {u1, ., up} be an orthogonal basis for a subspace W of R" and {v1, .., vz} be an orthogonal
basis for W+. Let r € R", u be the orthogonal projection of the x onto W and v be the
orthogonal projection of the x onto W+. Determine which of the following is false.
a. 1 = u – v b. ||-|? = ||u||? + ||v||²
c. The minimum distance between any y € W+ and x is ||u||
d. The minimum distance between any y € W and x is ||v|| e. none of these
....
Transcribed Image Text:Let {u1, ., up} be an orthogonal basis for a subspace W of R" and {v1, .., vz} be an orthogonal basis for W+. Let r € R", u be the orthogonal projection of the x onto W and v be the orthogonal projection of the x onto W+. Determine which of the following is false. a. 1 = u – v b. ||-|? = ||u||? + ||v||² c. The minimum distance between any y € W+ and x is ||u|| d. The minimum distance between any y € W and x is ||v|| e. none of these ....
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