This is the C++ code that I wrote in undergraduate Numerical Analysis the Fall of 2016 at the University of Texas at Arlington.
The files are organized into 14 completed homeworks. Notably, the following algorightms are included in the following:
Homework 1:
Function Evaluation
Function Min-Max
Homework 2:
Bisection Method
Homework 3:
Fixed Point Iteration
Homework 4:
Bisection Method
Newton Method
Secant Method
Method of False Position
Muller's Method
Homework 5:
Divided Difference
Homework 8:
Trapezoid Rule
Simpson's Rule
Homework 9:
Roberg Integration
Homework 10:
Double Integration
Homework 12:
Euler Method
Modified Euler Method
Runge-Kutta 4
Runge-Kutta Fehlberg
Homework 13:
Adams-Bashforth:
Two-Step
Three-Step
Four-Step
Five-Step
Adams-Moulton Three-Step
Milne-Simpson
Homework 14:
Runge-Kutta System
Runge-Kutta System (Second Order)