Ultraviolet Infrared GAS InSb Ge Si Odse Visible GAP Cds SIC Zas + E, (ev) 1 2 - 1 (um) 75 3 2 0.5 0.35 a) Which semiconductor can be used to convert ultraviolet light to green color? b) Which semiconductor will emit photons with the largest frequency upon absorption of incident radiation with a wavelength of 0.5 m? c) Based on the figure, will Si or GaP be transparent to red light? d) Which semiconductor will have the smallest conductivity at OK? Red Yellow Blue Violet Visible Ultraviolet Infrared GRAS InSb Ge Si Odse GAP cds Sic Zns Elev -1 (um) +++ 75 3 2 0.5 0.35 a) Which semiconductor can be used to convert ultraviolet light to green color? b) Which semiconductor will emit photons with the largest frequency upon absorption of incident radiation with a wavelength of 0.5 m? c) Based on the figure, will Si or GaP be transparent to red light? d) Which semiconductor will have the smallest conductivity at OK? 16. (8 pts) The following graph represents the bandgap for different semiconductors in eV, as well as the wavelength corresponding to each bandgap in nanometers. Based on the diagram below answer the following questions