1. Electric Circuits and Current – Charge calculation in circuits, circuit symbol identification, flow of electrons in conductors, and resistance in electrical components. 2. Magnetism and Electromagnetism – Properties of temporary and permanent magnets, effects of electromagnets on iron filings, and applications of induced magnetism. 3. Forces and Motion – Work done against gravity, power calculation in physical activities, and energy transformations during movement. 4. Energy Transfers and Efficiency – Calculation of useful energy output, efficiency in electrical devices, and explanation of energy losses in practical systems. 5. Waves and Particle Behavior – Electromagnetic wave properties, changes in particle arrangement during phase transitions, and density calculations for different materials. 6. Practical Physics and Experimental Methods – Measuring specific heat capacity, investigating resistance in wires, and experimental improvements for accuracy in physics investigations.