Q.2) In several materials, there may be more than one resonance mechanism and the Lorentz model can be extended as follows: N: Number of resonators ao.,: Resonance frequency of the i-th resonator : Oscillator strength of the i-th resonator, and -1 i-l : Damping rate of the i-th resonator Consider a material modelled with two resonators, i.e., N 2 Write a MATLAB script and plot , (a), ), n'() and n"(o) and the power reflectance R(@). Identify the transmissive, absorptive and reflective parts of the spectrum. Comment on your results Q.2) In several materials, there may be more than one resonance mechanism and the Lorentz model can be extended as follows: N: Number of resonators ao.,: Resonance frequency of the i-th resonator : Oscillator strength of the i-th resonator, and -1 i-l : Damping rate of the i-th resonator Consider a material modelled with two resonators, i.e., N 2 Write a MATLAB script and plot , (a), ), n'() and n"(o) and the power reflectance R(@). Identify the transmissive, absorptive and reflective parts of the spectrum. Comment on your results