Considering the case of a parallel plate capacitor being charged, show how one is required to generalize Ampere's circuital law to include the term due to displacement current.

The space between the capacitor consists of an insulator. Hence, no actual transfer of charge occurs in this region. Current flows in the circuit during the charging of a capacitor. This demands the need of the presence of a displacement current in the capacitor resulting in a magnetic field. ∮B.dl=μ₀I Here I is the sum of conduction and displacement currents.