1. The total polarizability of a pure substance is provided in Fig. 1 from which the dipole moment, the static perm...
1. The total polarizability of a pure substance is provided in Fig. 1 from which the dipole moment, the static permittivity and the re fractive index can be deduced. (a) Label accordingly the zero frequency electronic and total polarizability in the plot and detemine analytically the dipole moment of the molecules that make the pure substance up. (b) Derive an expression for the permtvity of the substance using one or the other label you added to Fig. in (a (c) As in (b) provide an expression for the refractive index. 1H 10 0 100 10 0 Statio Mrowave ntared Frequency,vs Figure:Total polarizability spectrum
1. The total polarizability of a pure substance is provided in Fig. 1 from which the dipole moment, the static permittivity and the re fractive index can be deduced. (a) Label accordingly the zero frequency electronic and total polarizability in the plot and detemine analytically the dipole moment of the molecules that make the pure substance up. (b) Derive an expression for the permtvity of the substance using one or the other label you added to Fig. in (a (c) As in (b) provide an expression for the refractive index. 1H 10 0 100 10 0 Statio Mrowave ntared Frequency,vs Figure:Total polarizability spectrum