x + 2y – 2z + 3w = 0 2x + 4y – 3z + 7w = 0 -x – 2y + z – 4w = 0 3x + 6y- 5z + 10w = 0 %3D In #1(b) you solved a non-homogeneous system with the same coefficient matrix. Compare your answer for the above system with your answer in #1(b). What are your observations on how they relate to each other? x + 2y – 2z + 3w = 4 2x + 4y – 3z + 7w (b) -x – 2y + z –- 4w = -6 10 3x + 6y - 5z + 10w = 14
x + 2y – 2z + 3w = 0 2x + 4y – 3z + 7w = 0 -x – 2y + z – 4w = 0 3x + 6y- 5z + 10w = 0 %3D In #1(b) you solved a non-homogeneous system with the same coefficient matrix. Compare your answer for the above system with your answer in #1(b). What are your observations on how they relate to each other? x + 2y – 2z + 3w = 4 2x + 4y – 3z + 7w (b) -x – 2y + z –- 4w = -6 10 3x + 6y - 5z + 10w = 14
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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i have attached #1 (b) too
Transcribed Image Text:x + 2y – 2z + 3w = 0
2x + 4y – 3z + 7w = 0
-x – 2y + z – 4w
3x + 6y – 5z + 10w = 0
%3D
%3D
= 0
|
In #1(b) you solved a non-homogeneous system with the same coefficient matrix. Compare
your answer for the above system with your answer in #1(b). What are your observations
on how they relate to each other?
x + 2y – 2z + 3w = 4
2x + 4y – 3z + 7w = 10
(b)
-x – 2y + z – 4w = -6
(3x + 6y – 5z + 10w = 14
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