Show that the dimensions of the displacement current `(omega_0(d Phi_E)/dt)` are that of an electric current.

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

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

Dimension of electric current is

Why is the quantity in_0(dphi_E)/(dt) called the displacement current? Where dphi_E//dt is the rate of change of electric flux linked with a region or space.