

Outline 





Information 


1. Introduction Length, Time and Mass Vector calculus
Velocity dependent force Position dependent force
Damped harmonic motion Phase space Forced harmonic motion Resonances The different Coordinate systems Del operator Harmonic oscillator in two and three dimensions Motion of a projectile Motion of charged particles Constrained motion
General considerations: linear and angular momentum, central force problem Gravitational field General solution: Equation of motion and energy method Kepler’s laws Inverse square field: Kepler’s laws and Rutherford
scattering Center of mass and linear momentum Conservation Laws Tow body problem: the reduced mass Collisions Manybody problem Motion of a body with variable mass: Rocket motion
Rotation about a fixed axis Static Equilibrium Laminar Motion Impulsive forces.




























