1. Motion & Speed-Time Graphs | Analyzing Cyclist Movement – Interpreting speed-time graphs, describing motion phases, and calculating distance traveled.

2. Forces & Work Done | Pushchair Motion & Shopping Trolley Energy – Calculating resultant forces, computing work done, and identifying energy transformations.

3. Density & Volume Measurement | Using Displacement Method – Describing the process for measuring irregular object volume and calculating density.

4. Energy & Efficiency | Electrical Power & Wind Turbines – Finding wasted energy in a lamp, calculating work done, and explaining energy transformations in wind power.

5. Kinetic Theory & Gas Behavior | Particle Motion in a Sealed Box – Explaining molecular motion at different temperatures and the effects of cooling.

6. Waves & Sound | Speed of Sound & Reflection – Determining distances using sound travel time and identifying reflected sound sources.

7. Wave Properties & Behavior | Reflection, Refraction, and Diffraction – Identifying wave behaviors in a ripple tank and solving wave equations.

8. Lenses & Electromagnetic Spectrum | Image Formation & UV Radiation – Determining image properties, finding focal lengths, and discussing ultraviolet dangers and uses.

9. Electricity & Conductors | Testing Conductivity & Electron Flow – Experimenting with metal conductors and explaining electrical conduction using electrons.

10. Transformers & Power Circuits | Energy Transfer & Voltage Ratios – Calculating power usage, identifying electrical wiring, and solving transformer equations.

11. Solar System & Planet Formation | Accretion Model & Planet Names – Identifying planets and explaining their formation based on the accretion model.