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• Historical background and importance of classical mechanics
• Concept of scalars, vectors, coordinates transformations and orthogonal matrix
• Vector products and Proof of various identities of vectors
• Velocity and acceleration in various coordinates.
• Concept of gradient, divergence and curl. Gauss’s divergence theorem and Stokes theorem
• The Newtonian formulation of mechanics and Kinematics of particle motion
• Force and types of force, Problems about constant force acting upon the body
• Motion of the body in resistive medium
• Conservation Theorems
• Oscillatory motion, free oscillator in one and two dimension
• Damped oscillator and its types
• Forced oscillator
• Physical oscillatory systems and electrical oscillation
• Gravitation: Gravitation and Gravitational Potential
• Poisson’s Equations. Lines of force and Equi-potential surfaces