Exercise 2. We consider the function g defined for any real r in the interval (0, 1], by g(x) = I+2 I+1 %3! 1. Prove that the Fixed point algorithm z"+ = g(z"), with zo =1 is convergent and that the equation z = %3! g(z) have a solution.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Numerical analysis

Exercise 2.
We consider the function g defined for any real r in the interval (0, 1], by g(z) =
1. Prove that the Fixed point algorithm z"+ = g(z"), with ro =
equation z =
z+1
I+2
1 is convergent and that the
g(z) have a solution.
Transcribed Image Text:Exercise 2. We consider the function g defined for any real r in the interval (0, 1], by g(z) = 1. Prove that the Fixed point algorithm z"+ = g(z"), with ro = equation z = z+1 I+2 1 is convergent and that the g(z) have a solution.
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