Consider solving Ax = b. we have two approximate solutions computed solution (x)...*x with a squiggly line on top of it* and error vector (x)...*x with a carrot symbol on top of it* as follows. A = ( 0.780 0.563 0.913 0.659 ) b = ( 0.217 0.254 ) computed solution x = ( 0.999 -1.001 ) x( with carrot on top) = 0.341 -0.097 The exact solution is x = [1,-1]^T. Compute the error error vector e = computed solution (x) -x and carrot e = carrot x - x and the residual vectors r = Ax(with squiggly line on top) - b and carrot r = Ax(carrot on top) - b . discuss the implication of this example
Consider solving Ax = b. we have two approximate solutions computed solution (x)...*x with a squiggly line on top of it* and error vector (x)...*x with a carrot symbol on top of it* as follows. A = ( 0.780 0.563 0.913 0.659 ) b = ( 0.217 0.254 ) computed solution x = ( 0.999 -1.001 ) x( with carrot on top) = 0.341 -0.097 The exact solution is x = [1,-1]^T. Compute the error error vector e = computed solution (x) -x and carrot e = carrot x - x and the residual vectors r = Ax(with squiggly line on top) - b and carrot r = Ax(carrot on top) - b . discuss the implication of this example
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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Consider solving Ax = b. we have two approximate solutions computed solution (x)...*x with a squiggly line on top of it* and error vector (x)...*x with a carrot symbol on top of it* as follows.
A = (
0.780 | 0.563 |
0.913 | 0.659 |
)
b = (
0.217 |
0.254 |
)
computed solution x =
(
0.999 |
-1.001 |
)
x( with carrot on top) =
0.341 |
-0.097 |
The exact solution is x = [1,-1]^T. Compute the error error vector e = computed solution (x) -x and carrot e = carrot x - x and the residual
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