The derivative of pressure with respect to this quantity equals the latent heat divided by the product of it and molar volume.
In the Debye–Hückel equation, the log of the activity coefficient is proportional to this parameter to the negative three-halves power, times the square root of ionic strength. In kinetic theory, the collision factor is proportional to the square root of this quantity times particle number times collision cross-section. The derivative of pressure with respect to this quantity equals the latent heat divided by the product of it and molar volume. That relationship, which describes the slope of coexistence curves in a phase diagram where pressure is plotted against this parameter, is the Clausius–Clapeyron relation and can be integrated to get the dependence of vapor pressure on its value. For 10 points, name this quantity measured in kelvins.
In the Debye–Hückel equation, the log of the activity coefficient is proportional to this parameter to the negative three-halves power, times the square root of ionic strength.
temperature [or T; accept kT or RT until "plotted against this parameter" is read] &lt;Pendyala&gt;