Homework
10.19 - Line charge in uniform motion
10.20 - Find the fields in the center for a charge moving in a circle
10.25 - Calculate power through normal plane for particle in uniform motion
11.2 - Express dipole radiation potentials and fields in coordinate-free form
HW7.1 - A particle of charge q moving with velocity v₁ receives an impulse
perpendicular to v₁ at the spacetime origin so that its velocity is changed to
v₂ = v₁ + δv, where v₁.δv = 0 and δv = 0.1v₁ (say). Sketch the electric field
lines at a later time t, as we did in class for the case of v₂ parallel to v₁. In
what directions is the emitted radiation strongest?

Examples class
10.18 - Fields along the axis for charge moving along the axis
11.1 - Potentials of dipole satisfy Lorentz gauge condition

Bonus
10.26 - Force and momentum for two charged particles