Course title
水溶液化学   [Aqueous Solution Chemistry]
Course category   Requirement   Credit 2 
Department   Year 3  Semester 1st 
Course type 1st  Course code 01en3015
Instructor(s)
赤井 伸行   [AKAI Nobuyuki]
Facility affiliation Graduate School of Bio-Applications and Systems Engineering Office   Email address

Course description
Concentrations of chemical species, i.e., ions, in aqueous solutions depend on other ions, temparature and so on, then analysis of aqueous solution require. In the course "water" and "aqueous solution" which are important factor to consider material cycle in environment are explained from the perspective of physical chemistry and analytical chemistry including basic theomodynamics, ion strength, chamical equilibrium, acid and base, and oxidation-reduction reaction.
Expected Learning
Learners will understand some phenomena that binary olutions are mixing or not, and a salt dissolute in water or not by using basic thermodynamics.
Learners will be able to calculate solute concentration in aqueous solution using chemical equilibrium including physical constants i.e., acid/base dissociation, standard electric potential and adsorption.
Understanding chemical species existing in aqueous solutions.

Corresponding criteria in the Diploma policy:
See the curriculum maps.
https://www.tuat.ac.jp/campuslife_career/campuslife/policy/

Course schedule
In the first half, mixing and solution of water, binary solution and solute-solution are studies by using basic thermodynamics. And then, chemical equilibrium including acid-base, reduction and adsorption will be lectured.

1)Guidance before the class, and Introdction to "WATER"
2)Water or Ice?: Enthalpy and Entropy
3)Phase Diagram: Gibbs energy
4)Mixing or Not?:Chemical Potential
5)Vapor Pressure: Raoult's Law, Henry's Law
6)Ideal Solution and Activity of Solute
7)Electrolyte Solution: Ionic Behavior
8)Ionic Strength
9)Chemical Equilibrium
10)Acids and Bases
11)Titration, Buffer action
12)Solubility of Salts
13)Oxidation and Reduction
14)Adsorption Equilibrium
15)Analysis of Aqueous Solution
  Examination
Prerequisites
Non.
Related Course: Physical Chemicatry, Inorganic chemistry,Analytical Chemistry are related with.
In addition to 30 hours in classes and time required for completing assignments, students are recommended to prepare for and review the lectures, spending the standard amount of time as specified by the University and using the lecture handouts as well as the references.
Required Text(s) and Materials
not used.
handouts will be distributed in a lecture and some practice questions (and their answers) will be prepared in the moodle system.
References
introduced in a lecture
Assessment/Grading
Examination(100%)
Message from instructor(s)
Welcome any question in a class.
Course keywords
aqueous solution, chemical equilibrium
Office hours
anytime
Remarks 1
2012 S:8%、A:18%、B:31%、C:30%、D:11%
2013 S:4%、A:23%。B:38%、C:26%、D:9%
2014 S:5%、A:16%。B:44%、C:32%、D:3%
2017 S:14%、A:16%。B:26%、C:35%、D:9%
2018 S:6%、A:14%。B:33%、C:40%、D:8%
2019 S:12%、A:22%。B:26%、C:26%、D:14%
2020 S: 6%、A:25%、B:44%、C:14%、D:10% (Online)
2021 S: 10%、A:26%、B:26%、C:26%、D:12%
Remarks 2
Related URL
Lecture Language
Japanese
Language Subject
Last update
1/24/2022 10:00:09 AM