Mathematical preliminaries (vectors and their role in mechanics, elements of vector algebra.);

Kinematics;

Newton's Laws: the foundations of classical mechanics;

Linear momentum (dynamics of multi-particle systems, centre of mass, conservation of momentum, impulse);

Work and energy (definition of work and the work-energy theorem, potential and kinetic energy);

Potential and kinetic energy (conservative and non-conservative forces, conservation of energy);

Angular momentum (torque, conservation of angular momentum);

Moment of inertia (motion involving translation and rotation).

Collisions (elastic and inelastic);

Rigid body motion (precession, tensor of inertia);

Non-inertial systems & ficticious forces (centrifugal and coriolis forces) ;

Central forces (two-body problem, general properties of central force motion);

Harmonic oscillator (driven and damped oscillations).

Module Prerequisite

None

Required Reading

D. Kleppner, R. J. Kolenkow, An Introduction to Mechanics, 2nd edition, Cambridge University Press

Assessment Detail

This module will be examined in a 3-hour examination in Trinity term. The final grade will consist of 80% exam and 20% continuous assessment. Supplemental exams if required will consist of 100% exam