Explain with the help of a diagram (if needed) the relationship between the electronic polarizability of molecules and the ability of a high value dielectric material (εr = 10) to either increase or decrease the charge storing capacity of a parallel-plate capacitor if such a material is inserted within the gap between the two plates. For your answer assume that the typically used dielectric material between the two plates of a capacitor is air (εr = 1).

Explain with the help of a diagram (if needed) the relationship between the electronic polarizability of molecules and the ability of a high value dielectric material (εr = 10) to either increase or decrease the charge storing capacity of a parallel-plate capacitor if such a material is inserted within the gap between the two plates. For your answer assume that the typically used dielectric material between the two plates of a capacitor is air (εr = 1).