Course title
水文学   [Hydrology]
Course category	specialized courses/ major subjects	Requirement		Credit	2
Department		Year	2～4	Semester	Fall
Course type	Fall	Course code	02c2379
Instructor(s)
吉田 敏則   [YOSHIDA Toshinori]
Facility affiliation	International Center	Office		Email address

Course description

In order to understand the behaviors of molecules and substances, it is necessary to understand "chemical bond" between atoms. In this lecture, considering historical transformation of concept of chemical bonding and quantum chemical viewpoints, explanations for "chemical bond" are given. In this course, lectures are given using Microsoft PowerPoint. In each lecture, handouts are distributed. google classroom code：ikcetwf

Expected Learning

1. To understand narrowly defined chemical bonds and intermolecular interactions, and thus to explain properties and structures of substances. 2. To understand widely defined chemical bonds using molecular orbital theory. 3. To understand electronic states of substances using molecular orbital theory. Corresponding criteria in the Diploma Policy: See the Curriculum maps.

Course schedule

1st lecture: Structures and properties of atoms. (Chapter 1) 2nd lecture: Atomic orbital and electron configuration. (Chapter 2) 3rd lecture: Molecular orbital and covalent bonds. (Chapters 3) 4th lecture: Diatomic molecules and dipole moment. (Chapter 4) 5th lecture: hybrid orbital and Shape of molecules. (Chapter 5) 6th lecture: Coordinate bonds and metallic complexes. (Chapter 6) 7th lecture: Summary of 1st-6th lectures, midterm examination 8th lecture: Pai bonds and conjugated double bonds. (Chapter 8) 9th lecture: Ionic bonds and ionic crystals. (Chapter 10) 10th lecture: Metallic bonds and metallic crystals. (Chapter 11) 11th lecture: Covalent bonds and big molecules. (Chapter 9) 12th lecture: Hydrogen bonds and biomolecules. (Chapter 12) 13th lecture: Hydrophobic bonds and surfactants. (Chapter 13) 14th lecture: Van der Waals bonds and molecular crystals. (Chapter 14) 15th lecture: Summary of 8th-14th lectures, term examination

Prerequisites

This course is classified in technology speciality courses and provides one of the department-recommended organic chemistry subjects. Require preparation and review hours recommended by this university along with school hours (30 hours). Do preparation and review using textbooks and handouts. It is desirable for students to have already studied about organic chemistry I to II.

Required Text(s) and Materials

"The theory of chemical bonding", by Munetaka NAKATA (Shokabo). ISBN 978-4-7853-3417-8

References

"The basics of modern materials chemistry-Approach by chemical bond theory" edited by Keiichiro Ogawa and Norimichi Kojima (Kodansha). ISBN 978-4-06-154369-0

Assessment/Grading

Grades are given based 50 % on the score of midterm examination and 50% on the score of midterm examination.The grade evaluation in this online class is premised on all attendances, and comprehensively evaluates the attitude to learn and report. Standard study time set by the our university is required to get the grade. The rate of evaluation is indicated in the first lecture.

Message from instructor(s)

Since it is necessary to understand "chemical bond" from the viewpoint of new concepts such as wave function, students should review what they already learned about "chemical bond". Since the related contents with other lecture subjects will be pointed out, the uncomprehended contents should be checked.

Course keywords

Chemical bond, Quantum theory, Molecular structure, Molecular orbital theory, Covalent bond, Metallic bond, Cooridinated bond, Hydrogen bond, van der Waals bond

Office hours

Whenever I am in my office, I take questions.

Remarks 1

Grade points distribution in 2020: S 5%, A 23%, B 30%, C 34%, D 8% Grade points distribution in 2021: S 7%, A 22%, B 28%, C 24%, D 18%

Remarks 2

Related URL

http://web.tuat.ac.jp/~akio-sai/index.html

Lecture Language

Japanese

Language Subject

Last update

4/4/2023 8:54:51 AM