Taught by Mr. Acton, this course in thermodynamics explores the behavior of matter (particularly in gaseous form) as a method for answering some of the fundamental questions about our surrounding physical world. We begin by examining the behavior of individual particles (i.e. the microscopic approach) using statistical mechanics. Then we examine the collective behavior of many particles, leading us into a discussion of energy flow and other macroscopic properties of matter and their surroundings. Finally, we apply our knowledge to some interesting problems in fields such as biology and earth science.

We also undertake laboratory and demonstration experiences which motivate and inform the exploration and testing of concepts and ideas. Additionally, we work on projects that demand conceptualization and integration of complex systems and force optimized choices where no absolute or easy answer is possible.