Consider the three vectors: u= V= 0 2 2 W = 2 3 (a) Describe geometrically (line, plane, or all of 3-dimensional space) the set of all linear combinations of u and v. Also, find the components of a general linear combination of u and v. (b) Describe geometrically the set of all linear combinations of v and w. Also, find the components of a general linear combination of v and w. (c) Which vectors in 3-dimensional space are linear combinations of u and v and also are linear combinations of v and w? (In other words, the intersection of two distinct in 3-dimensional space is a .)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Consider the three vectors:
--0--0--0
2
u=
2
W = 2
3
(a) Describe geometrically (line, plane, or all of 3-dimensional space) the set of all linear combinations of u and v. Also,
find the components of a general linear combination of u and v.
(b) Describe geometrically the set of all linear combinations of v and w. Also, find the components of a general linear
combination of v and w.
(c) Which vectors in 3-dimensional space are linear combinations of u and v and also are linear combinations of v and
w? (In other words, the intersection of two distinct
in 3-dimensional space is a
Transcribed Image Text:Consider the three vectors: --0--0--0 2 u= 2 W = 2 3 (a) Describe geometrically (line, plane, or all of 3-dimensional space) the set of all linear combinations of u and v. Also, find the components of a general linear combination of u and v. (b) Describe geometrically the set of all linear combinations of v and w. Also, find the components of a general linear combination of v and w. (c) Which vectors in 3-dimensional space are linear combinations of u and v and also are linear combinations of v and w? (In other words, the intersection of two distinct in 3-dimensional space is a
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