Show that the dimensions of the displacement current `(epsilon_0(d Phi_E)/dt)` are that of an electric current.

Displacement current flows in

Displacement current continues in a circuit,

Find the dimensions and units of epsilon_0

Dimensions of epsi_(0) (dphi_(E))/(dt) are same as that of

Dimensions of epsi_(0) (dphi_(E))/(dt) are same as that of

The dimensions of epsilon_(0)mu_(0) are

Write Maxwell's generalization of Ampere's Circuital Law. Show that in the process of charging a capacitor the , current produced within the plates of the capcitor is I = epsilon_(0) = (d Phi_(E))/(dt)" where " Phi_(E) is the electric flux produced during charging of the capacitor plates.

(A ): When a capacitor is getting charged the conduction current in the connecting wires at any instant is equal to the displacement current in between the capacitor plates. (R) : Conduction current is always greater than the displacement current.

If E denotes of electric field, the dimension of a quantity in_(0)(dE)/(dt) are those of