If the latent heat is independent of temperature, the Clausius–Clapeyron equation gives this function of a ratio of two pressures in terms of two inverse temperatures.
If the latent heat is independent of temperature, the Clausius–Clapeyron equation gives this function of a ratio of two pressures in terms of two inverse temperatures. This function of product concentration is written linearly with respect to time in the integrated rate law for a first-order reaction. "pH minus pKa" equals this function of the ratio of concentrations of an anion and its (*) conjugate acid according to the Henderson– Hasselbalch equation. This function is applied to the acid dissociation constant to get pKa. Negative this function of the concentration of H-plus ions gives the pH of a system. For 10 points, name this function whose inverse function is the exponential function.
If the latent heat is independent of temperature, the Clausius–Clapeyron equation gives this function of a ratio of two pressures in terms of two inverse temperatures.
logarithm [accept natural logarithm or ln; accept base-10 logarithm] &lt;AF&gt;