Gas laws

As gas laws is called physical laws that, among other things between the state variables pressure , volume , temperature and fuel quantity or mass or number of particles establish a relationship and about these properties or the behavior of ideal and real gases describe. The general gas equation (ideal gas) and the Van der Waals equation (real gas) form the most important gas laws derived from this. ${\displaystyle p}$ ${\displaystyle V}$ ${\displaystyle T}$ ${\displaystyle n}$ ${\displaystyle m}$ ${\displaystyle N}$

Gas laws for ideal gas:

• Thermal equation of state of ideal gases (Boyle-Mariotte law)
• Law of Avogadro
• Law of Amagat

Gas laws for real gases:

• Van der Waals equation
• Virial equations
• Berthelot's equation of state
• Dieterici's equation of state
• Redlich-Kwong equation of state
• Redlich-Kwong-Soave equation of state
• Peng-Robinson equation of state
• Benedict-Webb-Rubin equation of state

Further laws and important connections:

• Dalton's law (also law of partial pressures )
• Henry's law
• Joule-Thomson effect
• kinetic gas theory
• Maxwell-Boltzmann distribution
• Boyle temperature

See also: state , change of state ,

Web links

Commons : Gas Laws  - Collection of Images, Videos, and Audio Files

• Video: Real gases and VAN DER WAALS - How do you describe deviations from ideal behavior? . Jakob Günter Lauth (SciFox) 2013, made available by the Technical Information Library (TIB), doi : 10.5446 / 15651 .