## Statistical laws |

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### Contents

Statistical Physics 1 Equilibrium distribution of molecules in ideal gas | 9 |

translational motion of molecules gas in an external field | 27 |

vibrational and rotational molecular motion | 41 |

Copyright | |

41 other sections not shown

### Common terms and phrases

according adiabat assume atoms axis Bernoulli's theorem body Boltzmann boundary calculate charge chemical potential circuit coefficient component compression condition conductor constant coordinate corresponds crystal curl denote density dependence derivative determine dielectric differential direction electric field electromagnetic electron entropy equal equation expression external factor Fermi Fermi gas Fermi surface flow fluctuation fluid follows formula free energy frequency given grad helium Hence ideal gas integral interaction involved isentropic lattice linear liquid magnetic field Maxwell's equations mean value medium metal molecules momentum motion number of particles obtain oscillations partition function perpendicular phase phonon plane polarization potential pressure probability quantity quantum radiation reaction respect rotational shock wave simple wave Solution specific heat spin statistical equilibrium substance Substituting subsystem superfluid surface symmetry temperature tensor thermodynamic thermodynamic potential tion transition variable vector velocity viscosity volume wave function zero