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The items below are linked to the abstract pages for each article. These abstract pages contain the text of the abstract, which also appears in the print Journal, and links to the SymMath documents. To gain access to the fully interactive SymMath documents you must be a JCE subscriber. Static, PDF versions of the SymMath files are available to all from links on the abstract page. Some articles include data files and external notes that can be downloaded.

Alphabetical Order by Title
	ABC Chemical Kinetics Jorge A. Carrazana García	Mathcad
	Analysis of the Vibrational Spectrum of a Linear Molecule Richard W. Schwenz, William F. Polik, and Sidney H. Young	Mathcad Mathematica
	Carnot Cycle, The by Hal Harris	Mathcad Mathematica
	Energies and Wave Functions for Several One-Dimensional Potentials by Ricardo Metz	Mathcad
	Exploring Digital Signals and Noise in Instrumental Analysis Augustus W. Fountain III	Mathcad
	Exploring Exotic Kinetics: An Introduction to the Use of Numerical Methods in Chemical Kinetics by Michelle M. Francl	Mathematica
	Exploring Fourier Transform Techniques with Mathcad Mark Iannone	Mathcad
	Exploring Light Amplification by Stimulated Emission in Lasers Michael Waxman	Mathcad Mathematica
	Exploring the Morse Potential Theresa Julia Zielinski	Mathcad Mathematica Maple
	Femtochemistry Mark David Ellison	Mathcad
	Fourier Transforms of Molecular Vibrations W. Tandy Grubbs	Mathcad
	The Franck-Condon Factors Theresa Julia Zielinski and George M. Shalhoub	Mathcad
	The Gibbs Free Energy of a Chemical Reaction System As a Function of the Extent of Reaction and the Prediction of Spontaneity by Arthur Ferguson	Mathcad
	Heat, Work, and Entropy: A Molecular Level Illustration by Jeffrey A. Draves	Mathcad
	Hückel Theory I and II James M. LoBue	Mathcad
	Illustrating the Bohr Correspondence Principle Glenn V. Lo	Mathcad
	Intermolecular Potentials and the Second Virial Coefficient by Patrick L. Holt	Mathcad
	Introduction to Basic Terms of Band Structures Marc Meyer, Stephan Glaus, and Gion Calzaferr	Mathcad
	Introduction to Franck-Condon Factors Theresa Julia Zielinski and George M. Shalhoub	Mathcad Mathematica
	An Introduction to Statistical Mechanics	Mathematica
	An Introduction to the Fourier Transform Scott Van Bramer	Mathcad
	An Introduction to NMR Concepts Scott Van Bramer	Mathcad
	The Iodine Spectrum George Long and Theresa Julia Zielinski	Mathcad
	Learning Molecular Geometry and Symmetry through Quantum Computations and Mathcad Exercises	Mathcad
	Linear Least-Squares Regression Sidney H. Young and Andrzej Wierzbicki	Mathcad
	Modeling pH in Natural Waters Morten Sielemann, Niels Peder Raj Andersen, and Kristian Keiding	Mathcad
	Modeling Stratospheric Ozone Kinetics, Part 1: The Chapman Cycle Erica Harvey and Robert Sweeney	Mathcad
	Modeling Stratospheric Ozone Kinetics, Part 2: Addition of Hydrogen, Nitrogen and Chlorine Erica Harvey and Robert Sweeney	Mathcad
	Non-Linear Least-Squares Regression Sidney H. Young and Andrzej Wierzbicki	Mathcad
	Orbital Graphing by Mark Ellison	Mathcad
	Potential Barriers and Tunneling by Mark Ellison	Mathcad
	Relating Qualitative Analysis to Equilibrium Principles by Glenn Lo	Mathcad
	sp3dn-Orbital Hybrids and Molecular Geometry by Mark Ellison	Mathcad
	Studying Nonlinear Chemical Dynamics with Numerical Experiments John Pojman	Mathcad
	Temperature As a Measure of the Distribution of Particles over Energy States: Would a Negative Absolute Temperature Be Very Cold, or Very Hot? by Arthur Ferguson	Mathcad
	Using a Computer to Help Understand How Symmetry Principles Reduce Calculation	Mathcad
	Variational Method Applied to the Harmonic Oscillator S. Keith Dunn	Mathcad
	Variational Methods Applied to the Particle in a Box by Tandy Grubbs	Mathcad Mathematica
	Vibronic Spectra of Diatomic Molecules and the Birge-Sponer Extrapolation George M. Shalhoub and Theresa Julia Zielinski	Mathcad
	Visualization of Wavefunctions of the Ionized Hydrogen Molecule by John L. Johnson	Mathcad
	Visualizing Particle-in-a-Box Wavefunctions Edmund L. Tisko	Mathcad Mathematica
	Work Done during Reversible and Irreversible Isothermal Expansion of an Ideal Gas by Arthur Ferguson	Mathcad Mathematica