Singapore · MOE Syllabus Outcomes
JC 2 Physics
A comprehensive study of physical laws governing the universe from macroscopic gravitational fields to microscopic atomic structures. This course emphasizes mathematical modeling, experimental verification, and the application of physics principles to modern engineering challenges.
Circular Motion and Gravitation
Exploration of objects in curved paths and the fundamental forces governing planetary motion.
Analysis of centripetal acceleration and the forces required to maintain uniform circular motion.
Study of Newton's Law of Gravitation and the concept of field strength and potential.
Oscillations and Waves
Analysis of periodic motion and the behavior of mechanical and electromagnetic waves.
Investigation of systems where the restoring force is proportional to displacement.
Study of wave interactions including stationary waves and diffraction gratings.
Thermal Physics
Understanding the microscopic basis of temperature, heat, and the laws of thermodynamics.
Relating macroscopic properties like pressure and volume to microscopic molecular motion.
Exploration of energy conservation and the efficiency of heat transfers.
Electricity and Magnetism
Study of electric fields, complex circuits, and the relationship between electricity and magnetism.
Analysis of force and potential in electric fields and energy storage in capacitors.
Investigation of magnetic fields produced by currents and the generation of electricity through induction.
Analysis of circuits driven by sinusoidal voltages and the use of transformers.
Quantum and Nuclear Physics
Examining the dual nature of light and matter and the energy within the atomic nucleus.
Evidence for the particle nature of light and the quantization of energy.
Study of electron energy levels and the production of characteristic X-rays.
Investigation of binding energy, fission, fusion, and the laws of radioactive decay.
Experimental Physics and Data Synthesis
Integration of theoretical knowledge with practical skills for rigorous scientific investigation.
Advanced techniques for error analysis and the propagation of uncertainties in complex experiments.
Planning and executing independent investigations to test physical hypotheses.