An Introduction to the Theory of Electricity: With Numerous Examples

amount attraction axis battery body bound charge C₁ C₂ capacity cell centimetres centre conductor constant current-strength cylinder decimetres density dielectric difference of potential direction discharge distance distribution e₁ e₂ earth electrical image electrified particle electrified point electromotive force electroscope element equal equipotential surfaces external point field of force fluid force due free charge freely electrified ƒ² galvanometer given gramme heat Hence induced insulated internal resistance inversion kinetic energy Leyden jar lines of force magnetic mass measured medium negative number of lines ohms opposite outer coat P₁ Peltier effect perpendicular placed plane plate pole positive Prop proposition Q₁ quantity of electricity radius ratio resultant force shell Show sphere spherical strength of field suppose temperature tube of force units of electricity V₁ V₂ velocity whole wire zero potential zinc