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TURBO C++ SAMPLE OUTPUT

�  Method of Successive Substitution
�  Half-Interval Method
�  Secant  Method
�  Curve-Fitting Using Method of Least Squares 
�  3rd-Order Runge-Kutta/Gauss Jordan Methods in ODE-BVP


Method of Successive Substitution (MOSS)

MOSS is a numerical method of finding a root of a function. The flowchart shown here was used as a general guideline to generate the code  to solve for the remaining root ("xbar"). The screen shot is part of the developed code in C++ including its output window. The This exercise is specifically aimed at finding the remaining roof of a function: f(x)=x3-3x+1.
 

 
 

Half-Interval Method (HIM)

HIM is a numerical method of finding a root of a function ("xbar"). The screen shot is part of the developed code in C++ including its output window. This exercise is specifically aimed at finding the remaining roof of a function: f(x)=0.5*exp(x)-3*sqrt(x)+0.2.
 

 
 

Secant Method (SM)

SM is a numerical method of finding a root of a function ("xbar"). The screen shot is part of the developed code in C++ including its output window. This exercise is specifically aimed at finding the remaining roof of a function: f(x)=0.5*exp(x)-3*sqrt(x)+0.2.

 

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