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Three Dimensional Problem - Advanced Quantum Chemistry and Spectroscopy - Problem, Exercises of Chemistry

Three Dimensional Problem, The Two Matrices Commute, Determinant, The Matrix, Eigenvalues, Orthonormal Basis the Hamiltonian, Represented By the Matrix, The Exact Eigenvalues, Non Degenerate Perturbation. This file contains some practice problems of Advanced Quantum Chemistry and Spectroscopy.

Typology: Exercises

2011/2012

Uploaded on 11/21/2012

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Download Three Dimensional Problem - Advanced Quantum Chemistry and Spectroscopy - Problem and more Exercises Chemistry in PDF only on Docsity! Chemistry Problem Set 3 1.) Given: โŽŸ โŽŸ โŽŸ โŽ  โŽž โŽœ โŽœ โŽœ โŽ โŽ› = โŽŸ โŽŸ โŽŸ โŽ  โŽž โŽœ โŽœ โŽœ โŽ โŽ› โˆ’ = 310 012 001 ~ 054 203 121 ~ BA Find BA ~~ and AB~~ . Do the two matrices commute? 2.) Evaluate the following determinant: 1000 1100 1110 1111 โˆ’ โˆ’ โˆ’โˆ’ 3.) Given the matrix: โŽŸ โŽŸ โŽŸ โŽ  โŽž โŽœ โŽœ โŽœ โŽ โŽ› โˆ’= 001 00 11 ~ i i A a) Is A~ Hermitian? b) Find the eigenvalues of A~ 4.) Consider a three-dimensional problem. In a given orthonormal basis the Hamiltonian is represented by the matrix: โŽŸ โŽŸ โŽŸ โŽ  โŽž โŽœ โŽœ โŽœ โŽ โŽ› + โŽŸ โŽŸ โŽŸ โŽ  โŽž โŽœ โŽœ โŽœ โŽ โŽ› โˆ’ =+= c c c HHH 00 00 00 200 030 001 ~~~ )1()0( c is a constant << 1. a) Find the exact eigenvalues of H~ b) Determine the eigenvalues by non-degenerate perturbation to second order. c) Compare the results of part a) and b) Note: you will find the binomial expansion useful for part c): (1+x)n ~ 1+nx; x < 1. docsity.com
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