(E). f(x)=0 for VER use the newton Raphson method to evaluate and Approximate values of the solutions of the equation E) within the tolerance +=1012 Notice that I [-2₁ -1] No ²1₁5 Display the solution and the number

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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(E); f(x)=0 for LE
ER
use the newton Raphson method
to evaluate and Approximate
values of the solutions of the equation
(E) within the tolerance + = 10¹²
Notice that I [-2₁ -1] No ² 1,5
Display the solution and the number
of Iteractions f(x)
2x+ # Cos (²48)
--
4) Solve the problem directly with
using
mathlab (for tolerance-se
se 4)
2) Do re in mathLab (with tolerana sto
Assignment &
Solve the problem using Bissection
method
Transcribed Image Text:(E); f(x)=0 for LE ER use the newton Raphson method to evaluate and Approximate values of the solutions of the equation (E) within the tolerance + = 10¹² Notice that I [-2₁ -1] No ² 1,5 Display the solution and the number of Iteractions f(x) 2x+ # Cos (²48) -- 4) Solve the problem directly with using mathlab (for tolerance-se se 4) 2) Do re in mathLab (with tolerana sto Assignment & Solve the problem using Bissection method
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