NESA

This animation demonstrates the attraction between the dipole of one HCl molecule to the dipole of a neighboring HCl molecule. []
 * Dipole-Dipole Forces (animation)**

Illustrates how hydrogen bonds are formed and broken []
 * Hydrogen Bonding (animation)**

This simulation demonstrates the electrostatic phenomenon of induction and helps you to visualize how the distribution of charges gives this effect. Induction is the basis of the intermolecular force called "induced dipole" or "Van der Waals" forces. []
 * Static Electricity/Induction (animation)**

This animation helps you to visualize how the movement of electrons can result in a skewed distribution, which will induce a tiny dipole on the neighboring molecule. A very difficult concept for students to visualize, this []
 * Van der Waals Forces (animation)**

This simulation allows you to investigate the relationship between pressure, volume and temperature for a sample of a gas. You can alter certain parameters and see a quantitative change in another variable of your choosing. Look very closely at the gas particles and make observations regarding speed, direction, the nature of collisions, etc. Also, there is a simulation of a Maxwell-Boltzmann velocity distribution in the right hand corner. [] If you are doing this experiment for a class, you might be asked to fill out some or all of this document: [|intro.chem.okstate.edu/2001ACS/MoLEGasLawManual.pdf]
 * Gas Laws (simulation)**