Question: Find a rearrangement of the following system that guarantees both te Jacobi iteration and the Gauss-Seidel iteration of this system will converge to the unique solution of the system for any x(0: Т1 — 2х9 + Заз — 10х4 — 40. 10х1 — 2л9 + 3лз + 4г4 — 10, 11 — 10х9 + 3хз — 4г4 — 20, 11+ 2л9 — 102'з + 424 30. -

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The solution to the question (Jacobi iteration and the Gauss-Seidel) should guarantee And we must arrange equations to always give us the SDD.

I have uploaded two pictures for you: the first is the question that I want you to solve based on what I described to you above, and the second image is an explanation from me of a question similar to the question that I want you to solve for me.
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Ex: Find
equatims 4 the fullowing
rearrangement of the
system to
that both the
ensure
Jacobi iteration and the Gauss-seidel
iteration will converge for
the uni que solutin f the syskm
X, - x2 + 4 Y, = |
5 X, - Xx +2X7 =L
*, + 7 X2- Xz = 3.
Su:
SA: The marrix f Han system
4
is not
JDD. Bat,
2
for the rearrangement
5X,-Xz +2X3 =
X, + 7 X2 -X3 =}
X, - X2 +4X3 = (
the marrin f cafficients ,'s SDD. So, this
is the riguired rearrangement.
Scanned with CamScanner
Transcribed Image Text:Ex: Find equatims 4 the fullowing rearrangement of the system to that both the ensure Jacobi iteration and the Gauss-seidel iteration will converge for the uni que solutin f the syskm X, - x2 + 4 Y, = | 5 X, - Xx +2X7 =L *, + 7 X2- Xz = 3. Su: SA: The marrix f Han system 4 is not JDD. Bat, 2 for the rearrangement 5X,-Xz +2X3 = X, + 7 X2 -X3 =} X, - X2 +4X3 = ( the marrin f cafficients ,'s SDD. So, this is the riguired rearrangement. Scanned with CamScanner
Question: Find a rearrangement of the following system that guarantees
both te Jacobi iteration and the Gauss-Seidel iteration of this system will
converge to the unique solution of the system for any x0:
x1 – 2x2 + 3x3 – 10x4 = 40.
10x1 – 2x2 + 3x3 + 4x4
10,
11 — 10х9 + 3хз — 4г4 3D 20,
T1+ 219 — 10хз + 4х4
30.
-
Transcribed Image Text:Question: Find a rearrangement of the following system that guarantees both te Jacobi iteration and the Gauss-Seidel iteration of this system will converge to the unique solution of the system for any x0: x1 – 2x2 + 3x3 – 10x4 = 40. 10x1 – 2x2 + 3x3 + 4x4 10, 11 — 10х9 + 3хз — 4г4 3D 20, T1+ 219 — 10хз + 4х4 30. -
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