In this class, we will explore how organic chemistry is applied to facilitate advances in medicine. This course is still being planned out, so once the details are finalized, this description will be updated accordingly (i.e., check again on July 31, 2023).

In this course, we will examine the principles that underpin the subject of thermodynamics and its application to chemistry. In particular, we will focus on answering the following questions: 1. What is thermodynamics, and why is it important in daily life? 2. How does nomenclature play a role in forming the language of thermodynamics? 3. What laws form the foundation of thermodynamics, and why are they important? 4. How can thermodynamics be used to facilitate our understanding of other important topics in chemistry? Throughout the course, we will develop the chemical and mathematical skills necessary to gain a deeper appreciation for thermodynamics and its many applications. Consequently, students do not need prior experience in subjects like chemistry, algebra, and calculus to succeed in this course. Course sessions will mostly consist of lectures, but portions of some sessions will involve discussion and participation from the students. Moreover, students will have the opportunity to work on activities outside of class and hone their skills through practice problems. Attendance will not be strictly required for each session, but missing sessions may result in a loss of continuity.