Course overview
This course extends the mechanics learned in Physics IA and Physics IB to more advanced classical and analytical mechanics; it also introduces students to the thermodynamics of interacting systems.
Course learning outcomes
- State the conservation principles involving momentum, angular momentum and energy and explain that they follow from the fundamental equations of motion;
- Analyse the dynamics of a range of systems, including those where the concept of impending motion is relevant and those subject to Newtonian gravitational fields and central forces;
- Analyse the dynamics of particles in rotating non-inertial reference frames using appropriate fictitious forces;
- Explain the basic concepts of thermodynamics including entropy, and discuss the relevance of entropy to the second law of thermodynamics; perform calculations of entropy changes during thermodynamic processes;
- Describe the operation of ideal and real heat engines and refrigerators and discuss their efficiency;
- Choose principles and mathematical methods suitable for the treatment of a given problem;
- Use the tools, methodologies, language and conventions of physics to test and communicate ideas and explanations
Degree list
The following degrees include this course