User:Benjah-bmm27/degree/2/PWM


 * Chemical energy
 * Chemical thermodynamics, thermochemistry
 * Specific heat capacity
 * Enthalpy
 * Entropy
 * Van 't Hoff equation
 * Clausius-Clapeyron relation
 * Trouton's rule
 * Enthalpy of vaporisation
 * Gibbs–Duhem equation
 * Third law of thermodynamics: the entropy of all perfect crystals at 0 K is zero, i.e. S0 = 0, residual entropy in non-perfect crystals
 * Chemical potential
 * Raoult's law
 * Henry's law

Colligative properties

 * Boiling-point elevation
 * $$\Delta T \approx \left ( \frac{RT_b^2}{\Delta_vH} \right )x_j$$


 * Freezing-point depression
 * $$\Delta T \approx \left ( \frac{RT_f^2}{\Delta_{fus}H} \right )x_j$$


 * Osmotic pressure
 * $$\Pi V = n_j RT \!$$
 * $$\Pi = c_j RT \!$$ (if the solution is ideal and thus the partial molar volume V is equal to the molar volume)