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Mathematica Based Sims

Note: Before you begin using these simulations make sure that you have downloaded and installed the free Computable Document Format (CDF) player from the . Once you have installed the CDF player open a browser that supports 32-bit plugins (Mozilla, Internet Explorer, Safari) and you're ready to begin! If you would like additional practice with spherical harmonics try our tutorial!

Single Spherical Harmonic

Note: Before you begin using the simulation make sure that you have downloaded and installed the free Computable Document Format (CDF) player from the . Once you have installed the CDF player, to your local machine, and you're ready to begin! If you encounter difficulties or for guided experiments with the sim try our tutorial!

Superposition of Spherical Harmonics

Note: Before you begin using the simulation make sure that you have downloaded and installed the free Computable Document Format (CDF) player from the . Once you have installed the CDF player, to your local machine and you're ready to begin! If you encounter difficulties or for guided experiments with the sim try our tutorial!

Supported by the National Science Foundation under grant CHE-1361814.

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Tutorials for

Quantum Bound States Sim

This superb developed by the team shows the behavior of various prototypical quantum systems that are usually treated in introductory classes on quantum mechanics at the undergraduate and graduate level in chemistry. The tutorial is meant to guide homework or in-class activities.

Supported by the National Science Foundation under grant CHE-1361814.

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Simulations of Chemical Kinetics

These simulations visualize time-dependent concentrations for different scenarios in chemical kinetics. The simulations currently implemented cover simple unimolecular reactions (A ⇄ B), bimolecular reactions (2A ⇄ B, A + B ⇄ C), consecutive unimolecular reactions (A ⇄ B ⇄ C), parallel reactions, the Lindemann-Hinshelwood mechanism, Michaelis-Menten kinetics (with and without inhibitor), and homogeneous CO₂ reduction catalysis with a model system. The is meant to guide homework or in-class activities. [Note: The tutorial is work in progress and will be updated over time.]

Supported by the National Science Foundation under grant CHE-1764191.

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