The DIPPR equation is an extension of this equation with an extra parameter usually multiplied by temperature to the sixth.
Cox charts are usually used to represent this equation graphically, and Dreisbach and Spencer note that those charts are physically too small to accurately resolve information about his equation. The DIPPR equation is an extension of this equation with an extra parameter usually multiplied by temperature to the sixth. The Arden-Buck and Goff-Gratch equations calculate the same value as this equation for a given temperature. The constants usually given as (*) A, B, and C in this equation have units of pressure and are calculated empirically, and when C = 0 this equation is called the August equation, though C is more often set to 230. For 10 points, name this derivation from the Clausius-Clapeyron equation that equates the log of vapor pressure with a function of temperature.
Cox charts are usually used to represent this equation graphically, and Dreisbach and Spencer note that those charts are physically too small to accurately resolve information about his equation.
Antoine Equation