The Ideal Gas Law

Describe the properties of an ideal gas.

  • The classical model of an ideal gas assumes that the instantaneous velocities of atoms are random, the volumes of the atoms are negligible compared to the total volume occupied by the gas, the atoms collide elastically, and the only appreciable forces on the atoms are those that occur during collisions.
  • An ideal gas is one in which the relationships between pressure, volume, the number of moles or number of atoms, and temperature of a gas can be modeled using the equation:
  • Graphs modeling the pressure, temperature, and volume of gases can be used to describe or determine properties of that gas.
  • A temperature at which an ideal gas has zero pressure can be extrapolated from a graph of pressure as a function of temperature.

ikTB6mjF4kA qObcdZj8YTM HkSXiHz9vUc F6lhYxV6gEY rVD7HKafnnE robEY-idcLU 9PwzPDJ7GYc -TjKWzZrDGk ir64EcRkf5Q WhP6zJbSxec

More videos

2_5kvxmFBzU AEXfp9HQjA8 bQ5vHcFlT78 LZUs6nawHAk SUzaH162LY4 qIsLSz-LdAs iaZ96KaQ44c TqLlfHBFY08

UMXSNjjUVt4 UABFOI1sb7A 8SRAkXMu3d0

Simulation page: Gas Properties

Complete and Continue