One of these concepts may be modeled as being equal to the universal gas constant multiplied by temperature and concentration, and was extensively studied by Harmon Morse. Solute effects on them are measured by the van ‘t Hoff factor, and Raoult's Law describes how one of them is affected by mole fractions of different solutes. For 10 points, name these properties that depend only on the number of
One of these concepts may be modeled as being equal to the universal gas constant multiplied by temperature and concentration, and was extensively studied by Harmon Morse. Solute effects on them are measured by the van ‘t Hoff factor, and Raoult's Law describes how one of them is affected by mole fractions of different solutes. For 10 points, name these properties that depend only on the number of solute particles in a solution and not the mass of those particles, examples of which include osmotic pressure and boiling point elevation.
One of these concepts may be modeled as being equal to the universal gas constant multiplied by temperature and concentration, and was extensively studied by Harmon Morse.
{colligative} properties