These substances have a coefficient of thermal expansion equal to one over temperature, and theviscosity of these substances is proportional to quantity T over T sub zero to the three-halves according toSutherland's formula.
These substances have a coefficient of thermal expansion equal to one over temperature, and theviscosity of these substances is proportional to quantity T over T sub zero to the three-halves according toSutherland's formula. A naive derivation of the entropy of these substances leads to a divergence at absolutezero, though accounting for quantum mechanical effects allows for the derivation of the (*) Sackur-Tetrodeequation. These substances necessarily have a compressibility factor equal to one. These substances consist of noninteractingsubstituents and have infinitely small particles. The product of Boltzmann's constant and Avogadro'sconstant is equal to their namesake constant, which equals approximately 8.31 in SI units. For 10 points, name thesesubstances which are described by the law PV equals nRT.
These substances have a coefficient of thermal expansion equal to one over temperature, and theviscosity of these substances is proportional to quantity T over T sub zero to the three-halves according toSutherland's formula.
ideal gas