One of his namesake equations relates temperature and equilibrium constant given the standard enthalpy change.
This man's work, independent of Le Bel, attempted to show that tetrahedral geometry was possible in carbon bonds. One of his namesake equations relates temperature and equilibrium constant given the standard enthalpy change. The measure of how many particles are released into solution per unit solute is known as his namesake "factor," and is important in calculating colligative properties. For 10 points, name this Dutch chemist who worked out an equation for osmotic pressure.
This man's work, independent of Le Bel, attempted to show that tetrahedral geometry was possible in carbon bonds.
Jacobus Henricus van't Hoff