This equation was derived in a work that gave the first visualization of the Carnot [kar-NOH] cycle   and an early version of the ideal gas law. Its first derivation was corr
This equation was derived in a work that gave the first visualization of the Carnot [kar-NOH] cycle   and an early version of the ideal gas law. Its first derivation was correct because it applies to a  situation in which heat change equals enthalpy change. In one version of this equation, temperature   squared is multiplied by the ideal gas constant, while in another version temperature is multiplied by  specific volume change. Both versions can be used to find the derivative of pressure with respect to  temperature. Name this equation that uses latent heat to calculate a slope on a phase diagram.
This equation was derived in a work that gave the first visualization of the Carnot [kar-NOH] cycle   and an early version of the ideal gas law.