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CHEM869J: Gases and the Atmosphere
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Overview
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PRINCIPAL TOPICS
Kinetic molecular theory
Particle nature of gases
Maxwell-Boltzmann
Understanding Maxwell-Boltzmann
Gas laws
Boyle's Law
Charles Law
Gay-Lussac's
Avogadro's Law
Combined Gas Law
Ideal Gas Law
Gas Law constant
Gas Law Units
Dalton's Law
Graham's Law
Henry's Law
Gas Laws - Overall
Ideal vs. non-ideal gases
van der Waals equation
Phase diagrams
Supercritical fluids
Raoult's law
Content Integration
Science
Gases in Earth's atmosphere
Volcanoes and gas emission
Nitrogen cycle
Precipitation and meteorology
Atmospheres of other Planets
Math
Variation
Activities
Home Labs
Production of common gases
Weigh a car with tire pressure
The amount of oxygen in air
Graphing Calculator
Vapor pressure
Probes
Boyle's law
Simulation
Ideal atmosphere simulation
Applications
Practical
Hot Air Balloons
Air Bags
Gas Masks (Respirators)
Industrial
Pure gases from the atmosphere
Acetylene production
Automotive catalytic converters
Environmental
Ozone
Nitrogen oxides
Sulfur oxides
Acid rain
Greenhouse effect
Historical
Key Figures
History of gases
Pollution and environmental changes
Pedagogy
INQUIRY
Hot air balloons
Weight Changes in Zippered Bags
Argon atoms inhaled
DESCRIPTIVE
SAFETY CULTURE
Gas cylinders
MISCONCEPTIONS
Volume change and particle size
DEMONSTRATIONS
Doing Chemistry Demonstrations
EXPERIMENTS
Doing Chemistry Experiments
Microscale experiments
Center for MicroScale Gas Chemistry
CONTENT INTEGRATION
MATHEMATICS INTEGRATION
GRAPHING CALCULATORS
PROBE EXPERIMENTS
SIMULATIONS
SPECIAL EMPHASIS
RESOURCES

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