PX157 - 0 - electricity and magnetism

lecture notes

A - coulomb's law

PX157 - A1 - introduction
PX157 - A2 - coulomb's law
PX157 - A3 - principle of super position

B - electric fields

PX157 - B1 - introduction
PX157 - B2a - electric field from a continuous distribution
PX157 - B2b - electric field from an infinite line of charge
PX157 - B3 - electrical dipoles
PX157 - B4a - electric flux
PX157 - B4b - electric flux from an arbitrary surface
PX157 - B5a - gauss's law
PX157 - B5b - electric field from a uniformly charged sphere
PX157 - B5c - electric field from an infinite line of charge
PX157 - B5d - electric field from an infinite plane of charge
PX157 - B6a - conductors
PX157 - B6b - electric field around a conductor
PX157 - B6c - faraday cage
PX157 - B7a - electric potential energy
PX157 - B7b - potential energy and potential of two point charges
PX157 - B7c - electric potential
PX157 - B8a - calculating potentials
PX157 - B8b - potential of a point charge
PX157 - B8c - potential of a ring of charges
PX157 - B8d - potential of an infinite line of charge
PX157 - B8e - potential difference between two oppositely charged plates
PX157 - B8f - potential of an ideal electric dipole
PX157 - B9 - potential gradients
PX157 - B10 - capacitors
PX157 - B11 - field energy
PX157 - B12a - dielectrics
PX157 - B12b - relative permittivity
PX157 - B13a - current
PX157 - B13b - resistance
PX157 - B13c - electromotive force
PX157 - B14a - circuits - kirchhoff's rules
PX157 - B14b - circuits - maxwell loops
PX157 - B14c - circuits - RC circuit

C - magnetic fields

PX157 - C1a - the lorentz force
PX157 - C1b - magnetic flux
PX157 - C1c - a charge in a magnetic field
PX157 - C2 - force of current loops
PX157 - C3a - the biot-savart law
PX157 - C3b - the biot-savart law applied to a wire
PX157 - C3c - magnetic field of a straight wire
PX157 - C3d - forces between two current loops
PX157 - C4a - ampere's law
PX157 - C4b - magnetic field of an infinite straight wire
PX157 - C4c - magnetic field on a long cylindrical conductor
PX157 - C4d - magnetic field on a long cylindrical wire with a hole
PX157 - C8 - solenoid
PX157 - C9 - magnetic dipole moment
PX157 - C10a - classification of materials
PX157 - C10b - diamagnetic materials
PX157 - C10c - paramagnetic materials
PX157 - C10d - ferromagnetic materials
PX157 - C10e - working of a magnet

D - induction

PX157 - D1a - faraday's law
PX157 - D1b - a moving crossbar
PX157 - D1c - lenz's law
PX157 - D1d - motional emf
PX157 - D1e - a rotating conducting rod in a magnetic field
PX157 - D1f - a falling magnet in a pipe
PX157 - D2 - induced electric fields
PX157 - D3a - inductors
PX157 - D3b - faraday's law for solenoid or inductor
PX157 - D3c - magnetic field energy
PX157 - D3d - inductors in series
PX157 - D3e - inductors in parallel
PX157 - D4 - transformer
PX157 - Dx1 - displacement current
PX157 - Dx2 - maxwell's equations

E - AC circuits

PX157 - E1 - complex representation
PX157 - E2 - complex impedences
PX157 - E3 - kirchhoff's laws for AC circuits
PX157 - E4a - LRC circuits 1
PX157 - E4b - LRC circuits 2
PX157 - E4c - LRC circuits 3
PX157 - E4d - solving as an ODE
PX157 - E5 - AC power