Student handout: Name the experiment

Energy and Entropy 2020
Student groups design an experiment that measures an assigned partial derivative. In a compare-and-contrast wrap-up, groups report on how they would measure their derivatives.
What students learn
  • Partial derivatives
  • Physical representation
  • Thermodynamic variables
  • Practicing changing certain variables while holding others constant

Your group will be given one of the following partial derivatives: \begin{align} a)\quad\left(\frac{\partial {V}}{\partial {p}}\right)_{T}\quad b)\quad\left(\frac{\partial {U}}{\partial {p}}\right)_{S}\quad c)\quad\left(\frac{\partial {T}}{\partial {V}}\right)_{S}\quad d)\quad\left(\frac{\partial {V}}{\partial {T}}\right)_{p}\quad e)\quad\left(\frac{\partial {U}}{\partial {T}}\right)_{V}\\ f)\quad\left(\frac{\partial {p}}{\partial {V}}\right)_{T}\quad g)\quad\left(\frac{\partial {V}}{\partial {T}}\right)_{S}\quad h)\quad\left(\frac{\partial {T}}{\partial {V}}\right)_{p}\quad i)\quad\left(\frac{\partial {T}}{\partial {U}}\right)_{V}\quad j)\quad\left(\frac{\partial {V}}{\partial {p}}\right)_{S} \end{align} In your group, design an experiment to measure this derivative. Draw a sketch of the apparatus and describe how to convert directly measured data into a numerical value for the derivative.

If you finish with your derivative, you can try designing an experiment for the next derivative in the list.


Keywords
partial derivatives experiment thermodynamics
Learning Outcomes