eV; E2 - eV; E4 9.®ee Calculate the energies of the first 5 rotational states of CO molecule: E. J= eV; E, = J = J = eV;
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eV; E2 - eV; E4 9.®ee Calculate the energies of the first 5 rotational states of CO molecule: E. J= eV; E, = J = J = eV;
eV; E2 - eV; E4 9.®ee Calculate the energies of the first 5 rotational states of CO molecule: E. J= eV; E, = J = J = eV; Ez = J = J= eV. Assume the equilibrium spacing between the centers of two atoms in this molecule to be 112 pm. What are the wavelengths of photons radiated during transitions between the above states: 210 20 um; 221 um, 13,1 um; 243 = um. um, a nm, 130 um, 2 40 um, a 41 um; 2 um, 142 32
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