Course overview
This course extends the mechanics and thermodynamics learned in Physics IA and Physics IB. In advanced classical and analytical mechanics, students use the methods of mathematics to explore the dynamics of rigid bodies, effects of central force fields, oscillations and resonance. In thermodynamics, equilibrium and entropy are introduced using the ideas of statistical mechanics. The laws of thermodynamics are discussed and applied to interacting systems, both ideal and real.
- Foundations
- Oscillations
- Action principle
- Central force dynamics
- Noninertial frames
- Energy in thermodynamics
- Second law
- Interactions and consequences
- Applications in classical thermodynamics
Course learning outcomes
- Apply principles of classical mechanics and thermodynamics to analyse and model physical systems
- Solve problems in mechanical and thermal systems using appropriate principles and techniques
- Analyse physical systems using appropriate theoretical frameworks and mathematical methods
- Communicate physical reasoning and problem-solving strategies using appropriate mathematical language.
Degree list
The following degrees include this course