Gases- Kinetic Molecular Theory Simulator Do Not Publish

Ammonia Fountain

Boyle’s Law and the Mass of a Textbook

Boyle’s Law-  J-Tube Boyled Whip Cream Collapsing a 55-Gallon Drum Collapsing Aluminum Can Collapsing Can Diffusion of Bromine Vapor Effect of Pressure on the Size of a Balloon Egg in a Flask – Thermal Decrease in Molar Volume Flow of Gases Through a Porous Cup Mercury Barometers Professor in a Bag Rate of Diffusion: The Ammonium Chloride Ring Thermal Expansion of Gases Visible Mole Balloon Inside a Flask Barometer Made of Dense Aqueous Solution Bobbing Raisins Boltzmann: Digital Simulation of Kinetic Molecular Theory Boyle’s Law and the Monster Marshmallow Phet Simulation of Gas Behavior Effect of Pressure Differences on a Balloon in a Flask Extinguishing Candles with Carbon Dioxide Lead Balloon A Metal Bar to Demonstrate One Atmosphere Relation of Gas Pressure and Temperature Transport of Carbon Dioxide Through a Soap Film Digital Molecular Theory Simulator Superheated Steam

Kinetic Molecular Theory Simulator

Description: A commercially available mechanical device shakes small balls in a confined space. A shadow of the balls is projected in an overhead projector. Source: Shakhashiri, B.Z. Chemical Demonstrations: A Handbook for Teachers of Chemistry Year: 1985   Vol: 2   Page: 96 Keywords: Kinetic Molecular Theory,  KMT Simulator, Gas model Rating:   Hazard: Low
  • Electric shock hazard
Effectiveness: Average
  • Good connection from demo to course material
  • Mild effects are seen by audience
  • Simulation
Difficulty: Medium
  • Some sequential or timed manipulations
  • Requires attention to detail
Safety Precautions:
  • Eye protection recommended
  • Use of UL approved three-prong plug and outlet required
Class: Gases, Kinetic Molecular Theory Division: General

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