Gases
Subject Format File size (Mb) Source
Introduction to gases Lecture

stream

1

Pressure ? 16
Pressure and manometers ? 14

Collapsing can demo

1.64

5

Collapsing can demo stream 13
55 Gallon drum collapse

stream

2

Collapsing tanker car!

AVI

1.4

-

Tanker car collapse!

GIF

-

22

Crush-the-can demonstration

?

18

Ammonia fountain demo

2.39

5

Ammonia fountain stream 13
Liquid nitrogen demos

2.9,1.8,1.2

5

Warming a balloon filled with liquid nitrogen

MPEG

0.498

19

Liquid nitrogen ice cream stream 13
Boiling at reduced pressure stream 13
Liquid carbon dioxide stream 13
Virtual gas pressure experiments 0.155 12
Manometer Experiment ? 18
Barometer

0.011

2

The barometer ? 16
Properties of Gases

?

25

Properties of Gases

?

6

The Gas Law Program

?

21

P-V relationships 0.37 26
Boyle's Law

0.037

2

Boyle's Law ? 14
Boyle's Law experiment ? 14
Boyle's Law 1

0.005

11

Boyle's Law #1

?

10

Boyle's Law #2

?

10

Boyle's Law Experiment ? 18
Henry's and Boyle's Laws with soda pop

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2

Charles' Law

0.038

3

Charles' Law experiment ? 14
Charles' Law experiment ? 18
Avogadro's Law experiment ? 14
Avogadro's Law ? 10
Dalton's Law experiment ? 14
Diffusion ? 16
Diffusion tube ? 16
Diffusion of ammonia and HCl ? 10
Effusion Experiment ? 18
Dalton's law ? 30
Gas Laws

series

3

Gas Laws ? 24
Determination of the gas constant ? 14
The Ideal Gas Law and Kinetic Theory Lecture

stream

1

Basic concepts of kinetic theory ? 14
Kinetic energies in a gas

1.11

26

Molecules in Motion

0.033

8

Molecular speed ? 30
Molecular origin of pressure ? 14
Pressure-volume relation ? 14
Pressure-temperature relation ? 14
Diffusion ? 14
Maxwell Distribution ? 14
Maxwell-Boltzmann Distribution

0.247

1

Gas Phase Boltzmann Distribution

?

25

Maxwell-Boltzmann distribution #1 ? 10
Maxwell-Boltzmann distribution #2 ? 10
Boltzmann distribution 0.196 7
Kinetic Theory/Boltzmann Distribution

0.018

9

Kinetic Molecular Theory ? 20
Kinetic Molecular Theory (downloadable) - 28
Maxwell Velocity Distribution 0.055 12
Average speed of molecules vs. temperature 0.023 15
2-dimensional Ideal Gas Simulator

0.051

4

Ideal gas law 0.099 7
Ideal gas law ? 30
Ideal atmosphere simulator ? 17
Ideal Gases vs. Real Gases

0.008

2

Gases and stoichiometry Lecture

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1

Air bags

3.96

26

Stratospheric ozone

1.47

26

       

(1) Texas A&M University, Lawrence S. Brown
(2) Lee Marek
(3) Ohio State University, George McBane, D. Neal McDonald, Zil Lilas, Midori Kitagawa-DeLeon, and Sherwin J. Singer
(4) USC, Chi Mak
(5) University of Illinois at Urbana-Champaign
(6) McGraw-Hill (Essential Chemistry, Chang)
(7) Texas A&M University Chemistry Department
(8) ModularCHEM Consortium
(9) University of Arkansas, Julio Gea-Banacloche
(10) Mr. Lee's JAVA Science
(11)
(12) University of Oregon, Virtual Laboratory, Russell, Hulse and Bothun
(13) South Dakota School of Mines and Technology, Chemistry Outreach 2000
(14) Davidson College, David N. Blauch
(15) University of Colorado at Boulder: Physics 2000
(16) University of Akron, The Hardy Group
(17) UCI, Christopher Graycee
(18) Chemical Education Research Group, Iowa State University, Tom Greenbowe
(19) University of Siegen, Germany
(20) Monterey Peninsula College, Mark Bishop
(21) Oklahoma State University, Michael Abraham & John Gelder
(22) Delta College, MI, Michael T. Garlick
(23)
(24) University of Missouri-Rolla, Gary L. Bertrand
(25) Chemland, University of Massachusetts, William Vining
(26) Prentice Hall, Inc. (see Legal Notice)
(27)
(28) Paul Falstad
(29)
(30) Chemistry, The Science in Context, W.W. Norton & Co.