This series contains materials that support the education mission of the Department of Chemistry.

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Submissions from 2009

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1s_A 1s_B Overlap Integrals, Analytic and Maple Approches, Carl W. David

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A More Sophisticated Treatment of Collisions, Carl W. David

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A Review of Helium Hamiltonians, Carl W. David

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Carnot Cycles: Traditional and Stefan Boltzmann, and the First Planck Argument, Carl W. David

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Constructed Response Answers in a Multiple-Choice Universe, Carl W. David

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Continued Fraction Solutions to Hermite's, Legendre's and Laguerre's Differential Equation, Carl W. David

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Frobenius Solution for Legendre's Equation, Rodrigue's Formula and Normalization, Carl W. David

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Guessing Harmonic Oscillator Wavefunctions Using Maple, Carl W. David

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Hierarchical Subject Inter-relations in Physical Chemistry, Carl W. David

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Lee O. Case's "Elements of the Phase Rule", Chapter 1, One component systems, Carl W. David

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Lee O Case's "Elements of the Phase Rule", Chapter 2, Carl W. David

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Lee O Case's "Elements of the Phase Rule", Chapter 3, Carl W. David

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Lee O Case's "Elements of the Phase Rule", Introduction and Explanation, Carl W. David

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L'Hopital's Rule in Chemistry: Irreversible Morphing into Reversible Isothermal Expansions, Carl W. David

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More Than You Ever Cared to Know About Solution Thermodynamics, Carl W. David

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MO visualization of Pi Orbitals, Carl W. David

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Multiple-Choice Testing in Science and Technology Courses, Carl W. David

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Rationale for Studying Physical Chemistry, Carl W. David

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The Driven Harmonic Oscillator in Chemistry, Carl W. David

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The Harmonic Oscillator's Frobenius Solution, Carl W. David

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The Hartree-Fock Method Applied to Helium's Electrons, Carl W. David

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The Runge0Lenz Vector (continued), Carl W. David

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Triatomic Molecular Orbitals, Carl W. David

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Using the Morse Potential to Understand Reaction Coördinates using Maple, Carl W. David

Submissions from 2008

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Advanced Physical Chemistry Problems (II), Hydrogen Atom and Hyrdrogen Molecular Ion, Carl W. David

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Advanced Physical Chemistry Problems (III), Gases and Thermodynamics (1st Law), Carl W. David

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Advanced Physical Chemistry Problems (IV), Thermodynamics (2nd Law), Carl W. David

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Advanced Physical Chemistry Problems (VI), Free Energies, Carl W. David

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Advanced Physical Chemistry Problems (VIII), Chemical Equilibrium, Carl W. David

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Advanced Physical Chemistry Problems (VII), Phase Equilibria, Carl W. David

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Advanced Physical Chemistry Problems (V), Thermodynamics (ThermoChemistry), Carl W. David

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Advance P. Chem. Problems (I) Populations, Partition Functions, Particle in Box, Harmonic Oscillators, Angular Momentum and Rigid Rotor, Carl W. David

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Ehrenfest's Theorem, Carl W. David

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Parameterizing a Simple Potential Energy Function Appropriate for Vibrational Frequencies Using Molecular Dynamics, Carl W. David

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The Birge Sponer Extrapolation, Carl W. David

Submissions from 2007

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Butadiene via the Huckel Scheme (using Maple), Carl W. David

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DeMoivre's Theorem, Carl W. David

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Guessing Solutions to the H-atom Schrodinger Equation, Carl W. David

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Infinitesimal Rotations, Carl W. David

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Introductory Mathematics for Quantum Chemistry, Carl W. David

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LCAO-MO's are not Eigenfunctions of the H_2^+ Hamiltonian, Carl W. David

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Legendre Polynomials, Dipole Moments, Generating Functions, etc.., Carl W. David

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Line Integrals and Work in Thermodynamics, Carl W. David

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Molecular Dynamics and the Diatomic Molecule as Harmonic Oscillator and Rigid Rotor, Carl W. David

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Nitric Oxide Equilibrium, Carl W. David

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Normal Modes Using Maple (Water), Carl W. David

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Stirling's Approximation, Carl W. David

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The Gronwall form of the Schrodinger Equation for Helium, Carl W. David

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The Laplacian in Spherical Polar Coordinates, Carl W. David

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The SureMath Approach to Success in Freshman Chemistry, Carl W. David

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The Three Body Problem and the Runge-Lenz Equivalent Constant of the Motion, Carl W. David

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Understanding Atomic (Hydrogenic) Hybrid Orbitals, Carl W. David

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Understanding Atomic (Hydrogenic) Orbitals, Part 2, d-Orbitals, Carl W. David

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Understanding Atomic (Hyrdogenic) Hybrid Orbitals Part 2, sp^2, Carl W. David

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Understanding Molecular Orbitals; Sigma Orbitals, Carl W. David

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Variational Calculation of the Hydrogen Molecular Cation Using Maple, Carl W. David

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Variational Calculation of the Hydrogen Molecular Cation using Maple (II). The pi and pi-star Orbitals, Carl W. David

Submissions from 2006

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A Hartree-Fock Example Using Helium, Carl W. David

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A Ladder Operator Solution to the Particle in a Box Problem, Carl W. David

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Alternative Formulations for Angular Momentum Operators, Cartesian and Spherical Polar Forms, Carl W. David

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Aromic Units, Why We Need Them and How They Work, Carl W. David

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Compact Singlet S Helium Wave functions(corrected), Carl W. David

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Electrostatics for Chemists, Carl W. David

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Elliptical Coordinates, Carl W. David

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Eulerian Angles, Carl W. David

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Fourier Series by Least Square Minimization, Carl W. David

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Fourier Series, Examples and the Fourier Integral, Carl W. David

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Introduction to Atomic Units, Normalization and Orthogonalization (Part 2 of a Series), Carl W. David

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Invitation to Magnetism and Magentic Resonance, Carl W. David

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Invitation to Magnetism and Magentic Resonance, More on Magnetic Resonance, Carl W. David

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Laguerre Polynomials, an Introduction, Carl W. David

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Legendre Polynomials and Angular Momentum, Carl W. David

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Molecular Mechanics of Water Monomer, Carl W. David

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Pauli Spin Matrices, Carl W. David

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Rotations, Precursor to Rotational Spectroscopy, and Group Theory, Carl W. David

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The Hamiltonian and Schrodinger Equation for Helium's Electrons (Hylleraas), Carl W. David

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The Harmonic Oscillator, a Review of Classical and Elementary Quantum Mechanics, Carl W. David

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The Harmonic Oscillator, The Hermite Polynomial Solutions, Carl W. David

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The Harmonic Oscillator, The Ladder Operator Solutions, Carl W. David

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The Hydrogen Atom: The Bohr Model in Detail, Carl W. David

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The Kepler Problem (the road to Bohr), Carl W. David

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The Particle in a Box (and in a Circular Box), Carl W. David

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The Runge-Lenz Vector, Carl W. David

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The Tensor of the Moment of Inertia, Carl W. David

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The Wave Equation for Stringed Instruments, Carl W. David