Advanced Inorganic Chemistry

Course Information

College	Anan College	Year	2024
Course Title	Advanced Inorganic Chemistry
Course Code	1414B11	Course Category	Specialized / Compulsory
Class Format	Lecture	Credits	Academic Credit: 2
Department	Course of Chemical Engineering	Student Grade	4th
Term	Second Semester	Classes per Week	後期:2
Textbook and/or Teaching Materials	Exercises in Inorganic Chemistry: From the Basics to the Graduate School Entrance Examination, 2nd Edition (Tokyo Kagaku Doujin)
Instructor	Zheng Tao

Course Objectives

The goal is to understand the structure and properties of various inorganic compounds (metals, ionic compounds, and metal complexes) and to solve exercises. To achieve this goal, the following elements will be accomplished.
The student should be able to understand the periodicity of the elements and be able to understand the structure of the nucleus and the state of the outer electrons of the nucleus. Students should be able to understand the electron configuration of atoms. Students should be able to understand molecular orbitals as they relate to chemical bonding.

Rubric

	Ideal Level	Standard Level	Minimum Level
Objective 1	To be able to solve exercises on atomic structure	Solve example problems related to atomic structure.	Explain the structure of atoms.
Objective 2	To be able to solve exercises on chemical bonding	To solve example problems related to chemical bonding	Explain chemical bonding. Explain the structure of solids.
Objective 3	To be able to solve exercises on the structure of solids	Students will be able to solve example problems related to the structure of solids.	To be able to explain the structure of solids.
Objective 4	To be able to solve exercises on acids and bases	To solve example problems related to acids and bases	To explain about acids and bases
Objective 5	To be able to solve exercises on complexes	To solve example problems related to complexes	Explain complexes.

Teaching Method

Outline:

This course is designed to prepare students for university transfer examinations and to enable them to solve inorganic chemistry exercises at the first and second year university level.
This course focuses on the content of "Inorganic Chemistry 1" taken in the third year and "Inorganic Chemistry 2" taken in the fourth year, as well as exercises in the areas frequently used in transfer examinations.
This course is a lecture-style course on inorganic chemistry taught by faculty members who were in charge of research and development of inorganic materials such as electrode materials at companies, making use of their experience.

Style:

After lectures on each unit, problems will be explained.
A self-study assignment will be given each week. The assignments will consist of similar problems from that week, as well as confirmation of the basic points covered in preparation for the next week's lesson.

Notice:

Students should review "Inorganic Chemistry 1" taken in the third year and "Inorganic Chemistry 2" taken in the fourth year.
Reference books
Schreiber's Inorganic Chemistry (upper and lower), Tokyo Kagaku Doujin

Characteristics of Class / Division in Learning

Aided by ICT

Applicable to Remote Class

Instructor Professionally Experienced

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Molecular Symmetry	Explain symmetry operations and symmetry elements.
		2nd	Molecular Point Groups	Explain point groups of molecules.
		3rd	Atomic Structures (1)	Draw an outline of atomic orbitals. Organic Chemistry
		4th	Structure of Atoms (2)	1. Explain the electronic configuration of atoms 2. Explain shielding and penetration and effective nuclear charge.
		5th	Chemical Bonding (1)	1. Explain Lewis structures and resonance structures 2. Explain the approximate shape of a molecule by VSEPR theory. 3. Explain the polarity of a molecule.
		6th	Chemical Bonding (2)	1. Explain interatomic potentials and bond lengths 2. Explain the types of hybridized orbitals and molecular geometry 3. Explain hybridized orbitals in molecules
		7th	Chemical Bonding (3)	1. Explain the energy level diagram of molecular orbitals. 2. Explain the electron configuration of molecular orbitals and calculate bond orders. 3. Explain physical properties from the electron configuration of molecular orbitals.
		8th	Mid-term exam
	4th Quarter
		9th	Structure of Solids (1)	1. Explain the crystal lattice 2. Explain density, coordination number, and space-filling ratio from crystal structure
		10th	Structure of Solids (2)	1. Explain madelung constant and lattice energy 2. Explain the Born-Haber cycle
		11th	Acids and Bases	1. Identify acids and bases in reaction equations. 2. Explain the strength of acids and bases and the HSAB law.
		12th	Redox	1. Write reaction equations for oxidation-reduction reactions.
		13th	Complex Chemistry (1)	1. Explain the structure of complexes and isomersof complexes 2. Explain the crystal field theory
		14th	Chemistry of Complexes (2)	1. Explain the spectrochemical series 2. Explain the low-spin and high-spin complexes 3. Explain the Jahn-Teller effect
		15th	Elements	1. Explain the properties and reactions of elements and compounds of each group
		16th	Return of final exam papers

Evaluation Method and Weight (%)

	Examination	Quiz	Portfolio	Presentation and Attitude	Other	Total
Subtotal	60	0	0	0	40	100
Basic Proficiency	40	0	0	0	20	60
Specialized Proficiency	20	0	0	0	20	40
Cross Area Proficiency	0	0	0	0	0	0