These substances are described by the Maxwell-Boltzmann distribution and have a compressibility equal to one over pressure, a fugacity equal to their pressure, and an internal energy of three-halves RT.
These substances exactly follow a virial equation that has been trimmed to the single term "Z equals 1". The entropy of one of these substances is calculated using the Sackur-Tetrode equation. These substances are described by the Maxwell-Boltzmann distribution and have a compressibility equal to one over pressure, a fugacity equal to their pressure, and an internal energy of three-halves RT. The law describing these substances is obtained if you set the interaction and volume terms a and b to zero in the van der Waals equation. These substances, which only exist at low pressures and high temperatures, occupy exactly 22.4 liters per mole. For 10 points, name these hypothetical substances that obey the law "PV equals nRT".
These substances exactly follow a virial equation that has been trimmed to the single term "Z equals 1".
ideal gases [prompt on gases]