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The STO-3G, being a minimal basis-set, gives only an approximate description of the electron density distribution of the molecule. Nevertheless, it is the only 'standard', all electron basis set which includes 4th row elements such as tellurium. The SBK, an ECP basis-set, which is believed to give a better description of the valence electrons, does not treat the core electrons explicitly, but rather approximates them via an 'effective core potential'. Hence we felt the need to quote the results of each method. The STO-3G geometry, while probably cruder than that of the SBK, shows a similar bent structure (O(1)-Te-O(2) angle), and its conformational energy is very close. In any case the conclusions regarding the relative thermodynamic stabilities of the two isomers are the same.
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