Course title
応用分子化学実験Ⅲ   [Molecular Chemistry Experiments Ⅲ]
Course category	technology speciality courses,ets.	Requirement		Credit	3
Department		Year	3～4	Semester	1st
Course type	1st	Course code	023209
Instructor(s)
後藤 健, 近藤 篤, 岩間 悦郎   [GOTO Ken, KONDO Atsushi, IWAMA Etsuro]
Facility affiliation	Faculty of Engineering	Office	1N-102	Email address

Course description

Molecular Chemistry Experiments III conducts experimental practical training related to physical chemistry among experimental classes (I - VI) offered in the Department of Applied Molecular Chemistry. A variety of typical experiments and lectures in physical chemistry listed below are studied. Methods of precise measurements and detailed analyses of experimental data should be performed. In addition, visitings may help acquire a complex set of abilities for becoming a creative and independent researcher.

Expected Learning

Cultivate and/or improve abilities to interpret various phenomena theoretically through careful observations and precise measurements of accompanying changes in physical quantities, followed by detailed analyses of available data. Corresponding criteria in the Diploma Policy: A (See the Curriculum maps.)

Course schedule

1W: Guidance 2W-6W: Experiments (1)-(5) are in turn studied. (1)Kinetics of hydrolysis [Thermodynamics] (2)The conductivity of solutions [Electric chemistry] (3)The electromotive force of a chemical cell [Electric chemistry] (4)Victor-Meyer Method [Molecular Weight Determination] (5)The surface tension of a solution [Surface chemistry] 7W-9W: Lectures (6)-(8) are scheduled in this order. (6)X-ray diffraction [Radiation chemistry] (7)Equilibrium constant[Computing calculation] (8)English reading [Technical term] 10W: Achievement test [Notes] *Visitation: One visitation is carried out. *Achievement test: Making questions from Experiments (1)-(7).

Prerequisites

Students are required to prepare for each experiment from the safety point of view. They should carefully read the textbook to understand the content of the experiments (15 h). After the experiment is completed, the students should make an experiment report, which should be submitted within the specified due date (30 h). In addition to 90 hours that students spend in the class, students are recommended to perform the above task using the textbook and the references specified below. In completing this course, students will spend the standard amount of time as specified by the University. Students entering this class should carry the student's disaster and accident insurance for student education and research. Students may not work in the lab without complete compliance with the safety policy, which will be announced at the course guidance (1st day) in detail.

Required Text(s) and Materials

Textbook ed. by our Department and documents are given at the guidance.

References

General reading: textbooks and reference books in physical chemistry available in our University Library.

Assessment/Grading

Your grade will be determined largely by a total score of report points (containing quiz score) (50%) and degree of participation in class (50%). Your attitude in the laboratory will also be considered. You are expected to attend the course guidance and all lectures and laboratory sessions to pass the course. If you have unexcused absences, arriving in class late, and late and/or missing reports, you may not receive a passing grade. Grade distribution (2019) S:2%, A:80%, B:18%, C-D:none

Message from instructor(s)

For the purposes of this class, see [Outline] and [Standard] in this Syllabus.

Course keywords

Applied experiment, physical chemistry, computer chemistry

Office hours

Ask to instructors by e-mail: addresses of the other instructors are shown at the guidance.

Remarks 1

(1) Report submission deadline: 8:40 am on the designated date in principle (2) Rollcall: Start at 13:00 (Wear experimental clothes before 13:00 and sit in the designated place)

Remarks 2

Related URL

Lecture Language

Japanese

Language Subject

Last update

2/20/2020 3:08:18 PM