1. Motion and Forces – Analyzing the acceleration and velocity of a skydiver before and after parachute deployment. 2. Optics and Refraction – Determining the critical angle for light traveling between different media and total internal reflection conditions. 3. Photoelectric Effect and Quantum Physics – Calculating the energy of emitted electrons based on photon frequency and work function. 4. Thermodynamics and Ideal Gas Laws – Evaluating pressure and volume changes in a gas under varying conditions. 5. Simple Harmonic Motion – Determining oscillation frequency and energy transfer in mechanical systems. 6. Nuclear Physics and Radioactivity – Examining radioactive decay processes, half-life calculations, and mass-energy equivalence.