This quantity and the change in free energy change are plotted on an Ellingham diagram. The conjugate variable of entropy is this quantity, which is related to surface tension by the Eotvos rule. It decreases for gases in the Joule–Thomson effect, and a voltage is created by differences in this quantity in the Seebeck effect. Pressure and this quantity appear on a phase diagram. Average kinetic energy depends on this quantity, which is constant in isothermal processes. For 10 points, name this quantity measured on scale
This quantity and the change in free energy change are plotted on an Ellingham diagram. The conjugate variable of entropy is this quantity, which is related to surface tension by the Eotvos rule. It decreases for gases in the Joule–Thomson effect, and a voltage is created by differences in this quantity in the Seebeck effect. Pressure and this quantity appear on a phase diagram. Average kinetic energy depends on this quantity, which is constant in isothermal processes. For 10 points, name this quantity measured on scales named for Celsius and Fahrenheit.
This quantity and the change in free energy change are plotted on an Ellingham diagram.
{temperature}