The approximate ground-state LCAO electronic configuration of the H2 molecule is (σg1s) 2 . Write down the corresponding approximate two-electron eigenfunction corresponding to this configuration and the associated Slater determinant that produces this eigenfunction. b. (5 points) Now consider an excited state in which one of the electrons is the next bonding orbital, which is the σg2s orbital. The electronic configuration is (σg1s) 1 (σg2s) 1 . Assuming that the electrons do not change their spin state from that of the ground state in part a, write down the corresponding approximate two-electron eigenfunction. c. (20 points) The approximate excited-state eigenfunction you wrote down in part b cannot be written as a single Slater determinant, but it can be written as a sum or difference of two Slater determinants. Find these two determinants and determine if you need a sum or difference of the two to obtain the approximate excited-state eigenfunction.
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Chemistry, 22.06.2019 04:10, tishfaco5000
Answer from each drop-down menu. e characteristics of a borane molecule (bh). the lewis structure and table of electronegativities are given olecular shape is and the molecule is reset next erved. search e a
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Chemistry, 22.06.2019 09:00, yogibear5806
Look at the spectrums of a star moving towards earth and a motionless star. which of these is a correct inference that can be draw from the observation of the two spectrums? (2 points) the spectrum of a motionless star is difficult to be viewed separately using oridinary telescopes. the spectrum of a motionless star is identical to the spectrum of a star which moves towards earth. the spectrum of a star shifts towards the red region when the star moves towards earth. the spectrum of a star shifts towards the blue region when the star moves towards earth.
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The approximate ground-state LCAO electronic configuration of the H2 molecule is (σg1s) 2 . Write do...
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