The ratio of latent heat to this quantity is approximately 21 calories per mole per Kelvin according to Trouton's ratio, and this quantity's reciprocal appears on the right side of the Clausius-Clapeyron equation. A mixture of acetone and chloroform has a higher value for this quantity than either of its components because it is a negative azeotrope. Other ways to elevate this value include adding a salt to a solvent or increasing the atmospheric pressure relative to the vapor pressure of the su
The ratio of latent heat to this quantity is approximately 21 calories per mole per Kelvin according to Trouton's ratio, and this quantity's reciprocal appears on the right side of the Clausius-Clapeyron equation. A mixture of acetone and chloroform has a higher value for this quantity than either of its components because it is a negative azeotrope. Other ways to elevate this value include adding a salt to a solvent or increasing the atmospheric pressure relative to the vapor pressure of the substance. For 10 points, name this temperature, about 100 degrees Celsius for water, at which a liquid vaporizes into a gas.
The ratio of latent heat to this quantity is approximately 21 calories per mole per Kelvin according to Trouton's ratio, and this quantity's reciprocal appears on the right side of the Clausius-Clapeyron equation.
{boiling point} [prompt on “heat of vaporization” or “enthalpy of vaporization” before mention]