Curving Fitting and Interpolation
Runge-Kutta 4th Order Method for solving Differential Equations, Polynomials, Curving Fitting and Interpolation (Linear Interpolation, Interpolating Polynomial, The Lagrange Interpolating Polynomial), Case study projects assigned to different student groups in the class
Book: Introduction to Numerical Methods by Peter A. Sark, The Macmillan Company, Collier-Macmillan Limited, London (1970). Chapter 07-08 Pages 265-266, 273-284
For Runge-Kutta 4th Order Method follow the link https://youtu.be/FCRW2CGpEx8 (copy and past in youtube)
for curve fitting and interpolation follow the links https://youtu.be/74g5_3TC-tQ
Course Material
- Introduction to Number System and Error Calculation in Computers
- Finding Real Roots of equations using Iterative Methods
- Finding Real Roots of equations using Newton-Raphson method
- Finding Real Roots of equations using Bisection Method
- Matlab Basics: Introduction
- Matlab Basics: Mathematical Operations with Arrays
- Matlab Basics: Two Dimensional Plots
- Matlab Basics: Programing with MATLAB
- Matlab Basics: User Defined Function and Function Files
- Numerical Integration
- Numerical Integration by Gauss Quadrature
- Curving Fitting and Interpolation
- The Philosophy Behind Curve-Fitting
- Newton's forward and backward interpolation formulas
- Presentation Case Study
- Presentation Case Study
- Chapters 16
- Department Physics
- Teacher
Dr. Khalid Naseer
