Charges at rest: Coulomb's law, electric fields, Gauss's law, potential and capacitors.
Coulomb's Law: the Force Between Charges Three Charges in a Line: Where Is the Force Zero? Which Charge Exerts the Greater Force? Electric Force Using Vector Components Photocopy Machine Vector & Scalar Fields Electric Fields & Potential Fields from Charge Distributions: Line, Sheet, Ball & Ring Fields of Rings, Discs & Lines Electric Dipoles An Electron in an Oscilloscope Field of a Single Point Charge E at a Point Between Two Charges E Above Two Point Charges A Ring of Charge Charge at the Centre of a Ring Long Line of Charge Uniformly Charged Disc Two Parallel Plates Shielding, and Safety in a Storm Electron Accelerated by an Electric Field Dipole in a Field Electric Flux Flux from Gauss's Law Spherical Conductor Solid Sphere of Charge Non-uniformly Charged Solid Sphere Long Uniform Line of Charge (Gauss's Law) Infinite Plane of Charge Field Near Any Conducting Surface Conductor with Charge Inside a Cavity Conductors & the Method of Images A Negative Charge in a Potential Difference Electron in a CRT Electric Field from Voltage Charged Conducting Sphere: Potential Breakdown Voltage Work to Bring Two Charges Together Potential Above Two Charges Potential Due to a Ring of Charge Potential Due to a Charged Disc Point Charge Equipotential Surfaces E for Ring and Disc from the Potential Disassembling a Hydrogen Atom Capacitors & Stored Energy Capacitor Geometries Dielectrics & Polarisation The Capacitor in a Camera Flash Two Capacitors: Where Does the Energy Go? Pulling the Dielectric Out of a Capacitor Capacitor Calculations Cylindrical Capacitor Spherical Capacitor Capacitance of Two Long Parallel Wires Equivalent Capacitance Charge and Voltage on Capacitors Energy Stored in a Capacitor Capacitor Plate Separation Increased Moving Capacitor Plates (Battery Connected) Dielectric Partially Fills a Capacitor