1. Atomic Structure and Properties – Bohr’s model of the atom, electron behavior in energy levels, and atomic mass comparisons. 2. Forces and Motion – Resultant force calculations, displacement vs. distance, acceleration in circular motion, and Newton’s laws applications. 3. Electricity and Circuits – Ohm’s law applications, series and parallel resistance calculations, potential difference and current measurements. 4. Energy and Power – Kinetic and gravitational potential energy calculations, efficiency of energy transfer, and thermal energy changes in heating experiments. 5. Magnetism and Electromagnetism – Magnetic field interactions, force on current-carrying conductors, and application of Fleming’s left-hand rule. 6. Experimental Physics and Data Analysis – Evaluating errors in measurements, analyzing trends in graphical data, and improving experimental accuracy.