Moving beyond rote definitions: Understanding capacitance as the capacity for charge per unit of electrical pressure.
Deriving the capacitance of parallel plates using Gauss's Law and understanding energy density in the electric field.
Understanding how the physical distortion of electron clouds in insulating materials creates an opposing internal electric field.
Calculating the electrostatic force on a dielectric slab and analyzing its subsequent periodic motion.
Bypassing complex node analysis in capacitor circuits using Wheatstone bridges, folding symmetry, and recursive logic.
Calculating the common potential and exact energy dissipated as heat when charged capacitors are connected.