38. Let A be the matrix given in Exercise 26. a) For each vector b that follows, determine whether b is in R(A). b) If b is in R(A), then exhibit a vector x in R² such that Ax = b. c) If b is in R(A), then write b as a linear combination of the columns of A. [2] [1] 6 - [8] [3] -3 i) b = -[0] iii) b = 3 [2] -6 v) b = ii) b = iv) b = vi) b =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Linear algebra: please solve q38 correctly and handwritten 

In Exercises 26-37, give an algebraic specification for
the null space and the range of the given matrix A.
1-2
3
-3
6
2-6
[]
[12]
26. A =
28. A =
30. A =
32. A =
34. A =
36. A =
37. A =
1-1
2-1
13
27
1
1-2
2-3
5
1 0 7
-1
1
5
1 0-1
2
}]
5
121
254
134
1 2
2
2
i) b=
iii) b =
27. A =
29. A =
31. A =
33. A =
35. A =
38. Let A be the matrix given in Exercise 26.
a) For each vector b that follows, determine
whether b is in R(A).
b) If b is in R(A), then exhibit a vector x in R²
such that Ax = b.
ii) b =
25
c) If b is in R(A), then write b as a linear
combination of the columns of A.
-[₁
[1]
v) b = [ - ]
-6
iv) b =
12
364
01
02
03
[
vi) b =
12 3
13 1
2 2 10
2
2
6
- [8]
Transcribed Image Text:In Exercises 26-37, give an algebraic specification for the null space and the range of the given matrix A. 1-2 3 -3 6 2-6 [] [12] 26. A = 28. A = 30. A = 32. A = 34. A = 36. A = 37. A = 1-1 2-1 13 27 1 1-2 2-3 5 1 0 7 -1 1 5 1 0-1 2 }] 5 121 254 134 1 2 2 2 i) b= iii) b = 27. A = 29. A = 31. A = 33. A = 35. A = 38. Let A be the matrix given in Exercise 26. a) For each vector b that follows, determine whether b is in R(A). b) If b is in R(A), then exhibit a vector x in R² such that Ax = b. ii) b = 25 c) If b is in R(A), then write b as a linear combination of the columns of A. -[₁ [1] v) b = [ - ] -6 iv) b = 12 364 01 02 03 [ vi) b = 12 3 13 1 2 2 10 2 2 6 - [8]
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