PHYSICAL CHEMISTRY

概要

Acquisition of fundamentals of physical chemistry (Faculty Curriculum Policy 1, CP1). In this lecture, I'm going to introduce several topics of physical chemistry along with "molecular approach" that starts with quantum chemistry and then progresses to statistical thermodynamics and classical thermodynamics. This approach derives “empirical chemistry” learned in high school, assuming the first principle and mathematics, which means the provided lectures would evolve from micro-system to macro. Some people call it “quantum first.” The statistical thermodynamics would play an important role to connect the quantum world (micro) with classical thermodynamics (macro). The macro finally corresponds to several topics in our observable classical thermodynamics; probably students know well one of them is equation of state of perfect gas (pV=nRT) and so on. Therefore, the equations would continue to be derived in this lecture, but I strongly think it should be demonstrated without any skipping the content, so please learn the mathematical procedure/how to derive theory. In particular, its mathematical procedure has become a strong tool used in all fields of physical chemistry. Please see the lecture schedule below for details.

目標

Objective of this course is learning fundamentals of natural sciences for ability to solve various scientific and technological issues (Faculty Diploma Policy).

授業外の学習

[Preparation] (Time required: about 80 minutes for each session) Read the textbooks used in class. [Review] (Time required: about 110 minutes for each session) Review the exercises in class.

所要時間: 190 min.