He related the equilibrium constant to temperature and created equations relating osmotic pressure to mole fraction of solute.
His early work in stereochemistry explained optical activity in terms of the tetrahedral bonding of carbon. He later introduced modern concepts of chemical affinity and advanced the understanding of electrolytes. He related the equilibrium constant to temperature and created equations relating osmotic pressure to mole fraction of solute. For 10 points—name this man, the first winner of the Nobel Prize in Chemistry.
His early work in stereochemistry explained optical activity in terms of the tetrahedral bonding of carbon.
Jacobus {van’t Hoff}