SCIENCE HUB · PHYSICS
Physics Tracks What Changes, What Moves, What Transfers and What Remains Conserved
From a push on a toy to fields, circuits and wave models, Physics asks which quantities matter, how they relate and whether a model predicts what the world actually does.
Forces & Motion
Electricity & Circuits
Light, Sound & Waves
Everyday signals → wave quantities → reflection → refraction → superposition →
Physics Reasoning Routes
- Conservation reasoning
- Gradients drive flow
- Rates, thresholds and changing conditions
- System boundaries
- Reversible and irreversible changes
- Models for invisible relationships
- Measurement, units, precision and repeatability
- Diagrams, tables and graphs as evidence
- Extrapolation and confidence
Physics Through the Learning Stages
- P3: magnets and formal observation
- P4: matter, light and heat
- P5: electricity and integrated systems
- P6: energy conversion and forces
- Sec 1: forces, energy and formal measurement
- Sec 3: disciplinary Physics
- JC1: formal Physics models and mathematics
- University: approximation, mathematical models and measurement
Wider canonical Science estate: continue into eduKate Science World for deeper physical-world Learning Manuals and cross-disciplinary routes.
Connected corridors: Chemistry · Systems, Scale, Time & Change · Scientific Method & Evidence · Science Hub.
eduKate Sengkang 