Course title
物理化学   [Physical Chemistry]
Course category   Requirement   Credit 2 
Department   Year 12  Semester 3rd 
Course type 3rd  Course code 01ch1001d
Instructor(s)
沖野 友哉   [OKINO Tomoya]
Facility affiliation Graduate School of Agriculture Office afjgxte/L1151  Email address

Course description
In this class, you will learn both chemical thermodynamics dealing with macroscopic subjects and quantum chemistry dealing with microscopic subjects.
Expected Learning
[Chemical thermodynamics]
(1) Understand the parameters such as temperature, pressure and volume describing the macroscopic states of materials.
(2) Understand the change of states following the variation of temperature, pressure and volume.
(3) Understand the concept of entropy and free energy through the various thermodynamic laws.
[Quantum chemistry]
(1) Explain wave-particle duality.
(2) Construct Schrodinger’s wave equation
(3) Describe electron configurations of atoms and molecules.

Corresponding criteria in the Diploma Policy:(A)
See the Curriculum maps.
(URL: https://www.tuat.ac.jp/campuslife_career/campuslife/policy/ )
Course schedule
The following is the course schedule.
You will learn chemical thermodynamics (Class 1-10) and quantum chemistry (Class 11-14).
There are comprehension checks on the contents of the last class.
After the class 6, you will be asked to submit the interim report on the chemical thermodynamics.

[Chemical thermodynamics]
Class 1: Ideal gas law and kinetic theory of gases
Class 2: Internal energy and velocity distribution of gas molecules
Class 3: The 1st law of thermodynamics 1: thermodynamic processes and enthalpy
Class 4: The 1st law of thermodynamics 2: thermodynamic equation
Class 5: The 2nd law of thermodynamics 1: Carnot cycle and entropy
Class 6: The 2nd law of thermodynamics 2: chemical equilibrium
Class 7: Material properties of pure materials: the three phases of matter and phase diagram
Class 8: Phase equilibrium and free energy
Class 9: Molar fraction of liquid and phase equilibrium
Class 10: Colligative properties and chemical potential
[Quantum chemistry]
Class 11: Classical quantum theory
Class 12: Schrodinger’s wave equation
Class 13: Quantum theory on atoms
Class 14: Quantum theory on molecules
Class 15: Summary
(Final exam)
Prerequisites
Nothing. In addition to the lecture time of 30 hours, you need to learn the contents of class following the default time of the university.
Required Text(s) and Materials
K. Mashita et al., Introduction to physical chemistry, Tokyo Kyogaku-sha
References
E.B. Smith, Basic Chemical Thermodynamics (6th, edition), Icp
P. Atkins, Atkins' Physical Chemistry, Oxford Univ. Pr.
Assessment/Grading
Final score will be constituted by comprehension check during the course (15%), and one interim report (20%) and one examination (65%) at the end of the course.
Message from instructor(s)
You are encouraged to learn the contents of class by yourself to understand the chemical thermodynamics and quantum chemistry. Before the class, the lecture materials will be uploaded in Moodle. In the lecture, I will use the minimum formula for understanding the lecture. You are encouraged to understand the meaning of formula instead of memorizing the formula.
Course keywords
[Thermodynamics] equation of states, enthalpy, entropy, chemical equilibrium [Quantum chemistry] wave-particle duality, de Broglie wave, Schrodinger’s wave equation, wavefunction
Office hours
Accept your questions at the end of each class or please send e-mail to tomoya.okino riken.jp (put at mark before the domain name).
Remarks 1
Instructor, Tomoya Okino (contact person, Takashi Tonozuka)
Remarks 2
Related URL
Lecture Language
Japanese
Language Subject
Last update
12/2/2019 8:05:43 PM