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5) Determine the ground electronic state for the S=0 [XeF4] molecule and the excited electronic spectroscopic states that arise from the B2g1Eu1 excited electron configuration of [XeF4] .6)
5) Determine the ground electronic state for the S=0 [XeF4] molecule and the excited electronic spectroscopic states that arise from the B2g1Eu1 excited electron configuration of [XeF4] .
6) Determine whether or not the pure electronic electric dipole transitions from the ground pure electronic state to the excited pure electronic states of [XeF4] that arise from the B2g1Eu1 excited electron configuration are electron spin and orbitally allowed .
7) Using only the number of IR allowed Xe-F stretching modes explain in detail whether or not the D4h symmetry of XeF4 could be distinguished from XY4 structures that are D2d and Td ?
