1. Forces and Motion – Newton’s Third Law; acceleration and velocity-time graph analysis; impact of force on motion; speed and average speed calculations. 2. Electricity and Circuits – Resistance calculations; circuit errors and corrections; energy transfer in electrical appliances; static electricity principles. 3. Thermal Physics and Energy Transfer – Specific heat capacity experiment; heat energy transfer; differences between physical and chemical changes. 4. Pressure and Moments – Calculating pressure in fluids; forces in seesaws and syringes; determining work done and mechanical advantage. 5. Magnetism and Electromagnetism – Magnetic field investigations; behavior of solenoids; differences between permanent and induced magnets. 6. Power and Energy Calculations – Work done in lifting objects; power calculations for electrical devices; efficiency in energy transfer.