[2]. [5]. Select all of the vectors that are in the linear combinations of {u, v}. (Check every statement that is correct.) Let u= ☐☐ and v - A. The vector [19] is a linear combination of {u, v}. B. All vectors in R² are linear combinations of the given vectors. is a linear combination of {u, v}. c. The vector D. The vector 9 ел сл E. The vector -6 is a linear combination of {u, v}. ³[1]. F. The vector is a linear combination of {u, v}. G. We cannot tell which linear combinations of the given vectors. is a linear combination of {u, v}.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.3: Spanning Sets And Linear Independence
Problem 21EQ
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[2].
[5]
Select all of the vectors that are in the linear combinations of {u, v}. (Check every statement that is correct.)
Let u =
and v
. The vector [] is
is a linear combination of {u, v}.
B. All vectors in R2 are linear combinations of the given vectors.
c. The vector
is a linear combination of {u, v}.
D. The vector 9
5
E. The vector -6
[H]
H is a linear combination of {u, v}.
G. We cannot tell which linear combinations of the given vectors.
F. The vector
- 6 is a linear combination of {u, v}.
is a linear combination of {u, v}.
Transcribed Image Text:[2]. [5] Select all of the vectors that are in the linear combinations of {u, v}. (Check every statement that is correct.) Let u = and v . The vector [] is is a linear combination of {u, v}. B. All vectors in R2 are linear combinations of the given vectors. c. The vector is a linear combination of {u, v}. D. The vector 9 5 E. The vector -6 [H] H is a linear combination of {u, v}. G. We cannot tell which linear combinations of the given vectors. F. The vector - 6 is a linear combination of {u, v}. is a linear combination of {u, v}.
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