This property is approximated by a method that evaluates the relative energy difference of a system, given energies from dispersion forces, intermolecular forces, and hydrogen bonds. This property is measured by a parameter equal to the square root of the heat of vaporization minus RT over the molar volume, which is named for Hildebrand. The salt, temperature, and pressure effects influence an equilibrium constant linked with this property that notably doesn't have a denominator. The (*) common ion effect reduces this property. This property of a gas is directly proportional to the gas's partial pressure in Henry's Law. Whereas aluminum hydroxide doesn't have this property, sodium nitrate does. For 10 points, name this property that is the degree to which a substan
This property is approximated by a method that evaluates the relative energy difference of a system, given energies from dispersion forces, intermolecular forces, and hydrogen bonds. This property is measured by a parameter equal to the square root of the heat of vaporization minus RT over the molar volume, which is named for Hildebrand. The salt, temperature, and pressure effects influence an equilibrium constant linked with this property that notably doesn't have a denominator. The (*) common ion effect reduces this property. This property of a gas is directly proportional to the gas's partial pressure in Henry's Law. Whereas aluminum hydroxide doesn't have this property, sodium nitrate does. For 10 points, name this property that is the degree to which a substance dissolves in solution.
This property is approximated by a method that evaluates the relative energy difference of a system, given energies from dispersion forces, intermolecular forces, and hydrogen bonds.