Course title
物理化学   [Physical Chemistry]
Course category		Requirement		Credit	2
Department		Year	1～1	Semester	3rd
Course type	3rd	Course code	01ch1001a
Instructor(s)
中田 一弥   [NAKATA Kazuya]
Facility affiliation	Graduate School of Bio-Applications and Systems Engineering	Office	3-211	Email address

Course description

Physical chemistry is classified into two fields. One is microscopic "Molecular Science", adn the other is macroscopic "thermodynamics". In this lecture, theory of chemical thermodynamics is explained at the molecular level.

Expected Learning

Purpose is to understand the concepts of pressure, volume, temperature and entropy, and free energies.

Course schedule

1. What is temperature? What is heat? 2. Ideal gas law 3. Pressure of gas and distribution of speed 4. Various thermodynamic processes 5. Heat capacity and enthalpy 6. Reaction heat and Hess's law 7. Entropy and free energy 8. Summary of chapter 1 to 7 9. Carno cycle and heat efficiency 10. Chemical potential and chemical equibrium 11. Three phases of materials 12. Phase equilibrium and crytical point 13. Relatiionships of Maxwell and their application 14. Phase equilibrium and molar fractions of solutions 15. Summary of chapter 9 to 14

Prerequisites

General Chemistry, Physical Chemistry B

Required Text(s) and Materials

Download handout from Moodle website.

References

"Chemical Thermodynamics - 15 Chapters for basic concepts", by Munetaka NAKATA, Tokyo Kagaku Dojin. "Chemistry - 13 chapters for basic concepts", by Munetaka NAKATA, Tokyo Kagaku Dojin.

Assessment/Grading

Intermediate examination (40%), final examination (40%), effort for class (20%)

Message from instructor(s)

Give any questions in class and text by e-mail.

Course keywords

Pressure, volume, temperature, enthalpy, entropy

Office hours

Send an e-mail to have an appointment..

Remarks 1

Remarks 2

Related URL

Lecture Language

Japanese

Language Subject

Last update

6/3/2019 5:15:07 PM