1. Electricity–series/parallel circuits, current, resistance, circuit components, ammeter/voltmeter readings
2. Thermal physics–temperature sensors, thermocouple function, advantages over liquid-in-glass thermometer
3. Kinematics–graph interpretation, acceleration from velocity-time data, uniform vs non-uniform motion
4. Dynamics–free-body diagrams, Newton′s second law, resultant force on inclined planes
5. Work, energy & power–gravitational potential energy, kinetic energy, conservation principles, energy transformations
6. Forces & materials–stress-strain analysis, elastic vs plastic deformation, Hooke’s Law, Young’s modulus applications