Lectures on Electromagnetism - Das, Ashok (World Scientific Publishing Company, 2013)
10.4.3 Uniform circular motion
6.2.1 Polarization; Preface; 1 Electrostatics; 1.1 Coulomb's law; 1.2 Electric field; 1.3 Gauss' law; 1.4 Potential; 1.5 Electrostatic energy; 1.6 Selected problems; 2 Potential for simple systems; 2.1 Potential for a thin spherical shell; 2.2 Potential for an infinitely long wire; 2.3 Potential for a circular charged disc; 2.4 Potential for a charge displaced along the z-axis; 2.5 Dipole; 2.6 Continuous distribution of dipoles; 2.7 Quadrupole; 2.8 Potential due to a double layer of charges; 2.9 Conductors and insulators; 2.10 Capacitor; 2.11 Selected problems
3 Boundary value problems3.1 Method of images; 3.2 Boundary conditions for differential equations; 3.2.1 Partial differential equations; 3.2.2 Uniqueness theorem; 3.3 Solutions of the Laplace equation; 3.3.1 General properties of harmonic functions; 3.3.2 Solution in Cartesian coordinates; 3.3.3 Solution in spherical coordinates; 3.3.4 Circular harmonics; 3.4 Solution of the Poisson equation; 3.4.1 Green's function; 3.4.2 Dirichlet boundary condition; 3.4.3 Neumann boundary condition; 3.5 Selected problems; 4 Dielectrics; 4.1 Electric displacement field; 4.2 Boundary conditions in dielectric
4.3 Selected problems5 Magnetostatics; 5.1 Lorentz force; 5.2 Current; 5.3 Force on a current due to a magnetic field; 5.4 Nature of the magnetic field; 5.5 Vector potential; 5.6 Multipole expansion; 5.7 Magnetization; 5.8 Magnetic field intensity; 5.9 Boundary condition; 5.10 Faraday's Law; 5.11 Inductance; 5.12 Selected problems; 6 Maxwell's equations; 6.1 Generalization of Ampere's law; 6.2 Plane wave solution; 6.3 Boundary conditions; 6.4 Energy and the Poynting vector; 6.5 Gauge invariance of Maxwell's equations; 6.6 Lorentz transformation; 6.7 Covariance of Maxwell's equations
6.8 Retarded Green's function6.9 Kirchhoff's representation; 6.10 Selected problems; 7 Wave guides; 7.1 Boundary conditions; 7.2 Rectangular wave guide; 7.2.1 TM waves; 7.2.2 TE waves; 7.3 Cylindrical wave guide; 7.3.1 TM waves; 7.3.2 TE waves; 7.4 TEM waves; 7.5 Wave impedance; 7.6 Attenuation factor in wave guides; 7.7 Cavity resonators; 7.8 Q factor of a cavity; 7.9 Dielectric wave guides (optical fibers); 7.10 Selected problems; 8 Propagation through a conducting medium; 8.1 Boundary conditions; 8.2 Reflection at normal incidence; 8.3 Reflection at oblique incidence