Linear algebra: please solve q3 and 4 correctly and handwritten. I request you please solve both questions

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.1: Vector Spaces And Subspaces
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Linear algebra: please solve q3 and 4 correctly and handwritten. I request you please solve both questions 

For u, v, and w given in Exercises 1-3, calculate u
2v, u - (2v - 3w), and -2u - v + 3w.
1. In the vector space of (2 x 3) matrices
-1 1 2
[38]
-√39]
-[
4 -5 11
-13 -1 -1
||
W=
1
-1
--[4-7]
5
2
=
2. In the vector space P₂
u=x²-2, v=x²+2x-1, w = 2x + 1.
3. In the vector space C[0, 1]
u=e*,
v = sinx,
W = √√x² + 1.
4. For u, v, and w in Exercise 2, find nonzero scalars
C₁, C2, C3 such that c₁u + c₂v + C3W = 0. Are
there nonzero scalars C₁, C₂, C3 such that c₁u+c₂v+
C3W = 0 for u, v, and w in Exercise 1?
Transcribed Image Text:For u, v, and w given in Exercises 1-3, calculate u 2v, u - (2v - 3w), and -2u - v + 3w. 1. In the vector space of (2 x 3) matrices -1 1 2 [38] -√39] -[ 4 -5 11 -13 -1 -1 || W= 1 -1 --[4-7] 5 2 = 2. In the vector space P₂ u=x²-2, v=x²+2x-1, w = 2x + 1. 3. In the vector space C[0, 1] u=e*, v = sinx, W = √√x² + 1. 4. For u, v, and w in Exercise 2, find nonzero scalars C₁, C2, C3 such that c₁u + c₂v + C3W = 0. Are there nonzero scalars C₁, C₂, C3 such that c₁u+c₂v+ C3W = 0 for u, v, and w in Exercise 1?
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