Wave Functions and Operators
Demonstrate understanding of wave functions and operators, including solving for eigenvalues and expectation values
Properties of Model Systems
Solve for properties of model systems, including particle in a box, harmonic oscillator, rigid rotor, Hydrogen-like atoms
Approximation Techniques
Apply approximation techniques (variation and perturbation) to relate model system to real chemical systems
Interpret and Extract Information on Molecular Shape
Apply quantum models of molecules to interpret spectra and extract information on molecular shape
Characterize Molecular Properties
Characterize molecular properties by solving for molecular symmetry
Solve for Simple Bonding Orbitals
Solve for simple bonding orbitals using valence bond, linear combinations of atomic orbitals and symmetry adapted linear combinations
Solve for the Partition Function of Molecular Systems
Solve for the partition function of molecular systems, including translational, rotational, vibrational and electronic energies
