1. Kinematics & Forces | Speed-time graphs, calculating distance traveled, determining average speed, resultant force analysis, and effects on motion.

2. Forces & Elasticity | Measuring wire diameter, analyzing spring extension from load-extension graphs, calculating total spring length under load.

3. Pressure & Weight | Calculating mass from weight, pressure exerted on the ground by a block.

4. Energy & Transfers | Conservation of energy principle, identifying energy transfers in a stopwatch, and sound energy in mechanical systems.

5. Thermal Physics | Key temperatures (boiling, melting, absolute zero), temperature conversion to Kelvin, conduction in metals, and heat absorption by surfaces.

6. Waves & Optics | Transverse wave properties, wave refraction in water, calculating frequency, and identifying electromagnetic waves for specific applications.

7. Electricity & Circuits | Controlling lamps with switches, calculating resistance and power, energy transfer from solar cells in satellites.

8. Magnetism & Electromagnetism | Explaining induced voltage in a coil, calculating transformer turns ratio.

9. Atomic & Nuclear Physics | Ionization process, most ionizing radiation, isotope definition, calculating half-life, and safe storage of radioactive materials.

10. Astrophysics & Cosmology | Orbital motion of the Moon, calculating radio signal travel time, redshift evidence for the Big Bang Theory.