Carbon monoxide $($CO$)$ can be modeled as a simple diatomic molecule with a moment of inertia $(1\mathrm{.}4491046$ kg$$m$2).[$Useful information $$h $=1\mathrm{.}0551034$ J$$s$.]($a$)$ What are the rotational energies of carbon monoxide in eV $?($b$)$ What is the energy of a photon emitted from a photon that goes from the l $=2$ state to the l $=0$ state $?($c$)$ The separation of vibrational levels in CO is $$h $=0\mathrm{.}269$ eV$.$ What are the energies of the vibrational levels for CO with l $=0?($d$)$ What is the energy of a photon emitted for a transition from the n $=2$ level to the n $=0$ level $?$