Ln P=-delta Hvap/R(1/T)+C and LnP2/p1=deltaHvap/R(/T2-/T1). A Clausius-Clapeyron equation, which connects vapor pressure to temperature, is accurately expressed by relationships.
additionally known as the Clapeyron solution or Clapeyron-Clausius equations. the differential equation linking a substance's temperature and pressure in a system where the substance is in equilibrium between two phases. where T is the temperatures in °C and K is the vapor pressure.
The left (LHS) natural log term has no units. The only criterion is that P1 and P2 must be expressed in same pressure unit, regardless of the pressure units you employ. The unit for the temperatures term will be K1. The R is measured in J mol K1, where K1 is the temperature.
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