Consider the following Polynomial S(x) = x' - 3x' – 10x² + x +11 Compute the root x=1 of the above function with actual error less than 0.00001 by: 1- Bisection Method .

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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Consider the following Polynomial S(x) = x* – 3.x' – 10x² + x + 11
Compute the root x=1 of the above function with actual
error less than 0.00001 by:
1- Bisection Method .
2- Secant Method .
3. False Position Method .
4- Newton's Method .
5- Fixed point iterative Method ( use
convergent re-arrangment)
Use the synthetic division to compute f(x) and
it's derivative
Transcribed Image Text:Consider the following Polynomial S(x) = x* – 3.x' – 10x² + x + 11 Compute the root x=1 of the above function with actual error less than 0.00001 by: 1- Bisection Method . 2- Secant Method . 3. False Position Method . 4- Newton's Method . 5- Fixed point iterative Method ( use convergent re-arrangment) Use the synthetic division to compute f(x) and it's derivative
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