They're often stated in either differential or integral forms. One states that magnetic fields have no point sources, and thus all magnetic fields are caused by electric currents. Their formulator's inclusion of induction current in the fourth comple
They're often stated in either differential or integral forms. One states that magnetic fields have no point sources, and thus all magnetic fields are caused by electric currents. Their formulator's inclusion of induction current in the fourth completed classical electrodynamics, and they became the cornerstone of the first Unified Field Theory. For 10 points—name these four equations that relate electricity and magnetism, formulated in 1860 by a namesake Scottish physicist.
They're often stated in either differential or integral forms.
{Maxwell}’s Laws