Thermodynamics

Thermo is a very "hands-on" course. After learning an important principle, you'll spend a few days using your newfound knowledge to build something.  Students are introduced to the macroscopic (observable) level with topics of heat flow, physical properties as a function of temperature changes, specific heat, calorimetry, latent heats of fusion and vaporization, and heat transport. The microscopic topics of Joule equivalent, the laws of thermodynamics, and kinetic molecular theory also are studied. Students study examples from current research in a variety of disciplines 

Thermodynamics Unit Outline

Unit 1: Temperature

This unit begins exploring the effects of heat on objects by focusing on the expansion and contraction of heated and cooled objects. You will complete two projects related to temperature measurement and look at the behavior of gasses.

Unit 2: Energy

You will look at the effects of heat at the microscopic level and how these effects facilitate the movement of thermal energy. Particular interest is paid to using math to predict temperature changes and the problems associated with measuring heat transfer. The unit culminates with the design of an energy effcient home.

Unit 3: Entropy

This unit connects the world of physics of thermodynamics to the world of engineering. You will explore the ability to use heat to do work, understand its historical impacts and look to the future applications of heat engines. In this unit, you will be building a small heat engine.

Unit 4: Thermodynamics In the Modern Age

This unit connects the ideas of thermodynamics to information, black holes, quantum physics, and life itself. We will explore the contributions of modern physicists like Claude Shannon, Emmy Noether, Jacob Bekenstein, Alan Turing, and Steven Hawking.