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Materials Similar to Adiabatic Processes

• 77%: Boston University Physics Simulations: Adiabatic Processes
• 58%: PhET Simulation: Gas Properties
• 54%: Student understanding of the first law of thermodynamics: Relating work to the adiabatic compression of an ideal gas
• 49%: Ideal Gas Laws
• 39%: Atmospheric Processes: Radiation
• 35%: David Maloney's Physics Examples: Thermo Example 3-Ideal Gas Behavior
• 34%: PhET Teacher Ideas & Activities: Gas Laws
• 32%: Teach Engineering: How Much Heat Will It Hold?
• 31%: STP Textbook Chapter 8: Classical Gases and Liquids
• 28%: Boston University Physics Applets: The Ideal Gas Law
• 28%: What Is Entropy? Advanced Undergraduate Performance Comparing Ideal Gas Processes
• 28%: Ideal Gas Expansion
• 28%: Temperature oscillations in a metal: Probing aspects of Fourier analysis
• 27%: Molecular Dynamics Adiabatic Piston Model
• 27%: Student understanding of the ideal gas law, Part II: A microscopic perspective
• 27%: Hard Spheres Monte Carlo Model
• 27%: Balloon Science: Inviting Chemistry and Physics to the Party
• 25%: PhET Simulation: Balloons & Buoyancy
• 25%: David Maloney's Physics Examples: Thermo Example 4-Work Done by Ideal Gas