Chapter 2 Figures and Programs:

Figure 1: Plot of the expanded form of (1-x)⁸ around x=1.

Figure 2: Bisection Method to find a zero of x³-x-1.

Bisection: A program for the bisection method. Output

Figure 3: A function and corresponding fix-point iteration functions and its derivative

Figure 4: Secant Method to find a zero of x³-x-1.

Secant: A program for the bisection method. Output

Figure 5: Method of False position to find a zero of x³-x-1.

Figure 6: Newton's Method to find a zero of x³-x-1. Output

Aitkin Acceleration: Aitkin acceleration of the sequence 1/n^3.

^{Lagrange Polynomials: A program to plots the Lagrange polynomials for a given set of points.}

^{Neville's Method: A program to compute polynomial interpolation using Neville's method. (This program runs only on Matlab).}

Chapter 8 Figures and Programs:

^{Spring data: M-file for least square estimation.}

^{Muscle data: M-file for least square estimation.}

Chapter 4 Figures and Programs:

Figure 7: Shows errors of Trapezoid rule when approximating exp(x^2) in [0,1] using 3 nodes.

Figure 8: Compares relative error of forward difference to its Richardson extrapolation method.