Course

1.2D and 3D plotting of functions (Scilab, Python) 2.Curve fitting 3.Least square fit Goodness of fit& standard constant 4.Solution of Linear system of equations: Gauss elimination 5.Solution of Linear system of equations: Gauss Seidal method 6.Solution of ODE First Order Differential equation:7.Solution of ODE second order Differential equationList of Experiments 1.Ohms law to calculate R,2. Hookes law to calculate spring constant3.Solution of mesh equations of electric circuits4.Solution of coupled spring mass systems5.Radioactive decay6.Current in RC, LC circuits with DC source7.Newtons law of cooling8.Classical equations of motion9. Current in RC, LC circuits with DC source10.Newtons law of cooling11.Classical equations of motion12.Harmonic oscillator 13.Damped Harmonic oscillator- Overdamped- Critical damped14.Forced Harmonic oscillator

Recommended Readings 8.A Survey of Computational Physics- Introductory Computational Science Rubin H. Landau, Manuel Jos Pez, Cristian C. Bordeianu, 2008, Princeton university press.9.Introduction to Numerical programming: Steven A. Gottlieb and Rubin H. Landau, CRC Press.