1 4 Let S = {v,,v2,v,} where v, = -3 -7 %3D V2 = V3 1 1 3 1 3 a. Explain why the set S is not a basis for R ? b. Find the dimension of the span of the set S. c. Find the basis B for R that contains the vectors v and v2

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.2: Linear Independence, Basis, And Dimension
Problem 33EQ
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Let S = {v,,v2, v, } where v, =
3
a. Explain why the set S is not a basis for R?
b. Find the dimension of the span of the set S.
c. Find the basis B for R that contains the vectors v and v2
Let M,
, ·M2
M, =
%3D
a.
Show that the matrices are linearly independent.
3
b. Find the unique scalars c,,c,,c, such that the matrix M =
can be written as
M = c,M, +c,M, +c;M3
0 3
Show that the matrix M =
cannot be written as a linear combination of M,M,andM,-
C.
Transcribed Image Text:Let S = {v,,v2, v, } where v, = 3 a. Explain why the set S is not a basis for R? b. Find the dimension of the span of the set S. c. Find the basis B for R that contains the vectors v and v2 Let M, , ·M2 M, = %3D a. Show that the matrices are linearly independent. 3 b. Find the unique scalars c,,c,,c, such that the matrix M = can be written as M = c,M, +c,M, +c;M3 0 3 Show that the matrix M = cannot be written as a linear combination of M,M,andM,- C.
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