ACU-OER

Inorganic Chemistry 1

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- Category : Natural Sciences > Chemistry
- Keyword : Atomic Structure,Bonding Theory,Symmetry and Group Theory,Molecular Orbitals,Main Group Elements
- Taught by : Taesoo Yoo
- Created By : Chungbuk National University
- Offered By : KOCW
- Date Added : 2016.12.26
atomic structureBonding TheorySymmetry and group theoryMolecular orbitalsMain group elements

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Number of lessons: 14

차시별 강의
No	Contents Type & Play	Subject	Description	URL
1.	Type	Subject Chapter 1. Introduction to Inorganic Chemistry	Description What is Inorganic Chemistry?	Url URL
2.	Type	Subject Chapter 2. Atomic Structure	Description This chapter presents the fundamentals needed to explain atomic and molecular structures in qualitative or semiquantitative terms	Url URL
3.	Type	Subject Chapter 2. Atomic Structure 2	Description This chapter presents the fundamentals needed to explain atomic and molecular structures in qualitative or semiquantitative terms	Url URL
4.	Type	Subject Chapter 3. Simple Bonding Theory	Description This chapter provides a starting point for the molecular orbital description and describes some useful qualitative approaches on describing the bonding	Url URL
5.	Type	Subject Chapter 3. Simple Bonding Theory 2	Description This chapter provides a starting point for the molecular orbital description and describes some useful qualitative approaches on describing the bonding	Url URL
6.	Type	Subject Chapter 4. Symmetry and Group Theory	Description This chapter handling five symmetry operations, molecular classification based on the symmetry, how to use to predict optical activity and to determine IR- & Raman-active molecular vibrations	Url URL
7.	Type	Subject Chapter 4. Symmetry and Group Theory 2	Description This chapter handling five symmetry operations, molecular classification based on the symmetry, how to use to predict optical activity and to determine IR- & Raman-active molecular vibrations	Url URL
8.	Type	Subject Chapter 4. Symmetry and Group Theory 3	Description This chapter handling five symmetry operations, molecular classification based on the symmetry, how to use to predict optical activity and to determine IR- & Raman-active molecular vibrations	Url URL
9.	Type	Subject Chapter 5. Molecular Orbitals	Description This chapter explain approaches to describe bonding using group theory & simpler methods furthermore developing the symm. concept required for more complex cases	Url URL
10.	Type	Subject Chapter 5. Molecular Orbitals 2	Description This chapter explain approaches to describe bonding using group theory & simpler methods furthermore developing the symm. concept required for more complex cases	Url URL
11.	Type	Subject Chapter 5. Molecular Orbitals 3	Description This chapter explain approaches to describe bonding using group theory & simpler methods furthermore developing the symm. concept required for more complex cases	Url URL
12.	Type	Subject Chapter 5. Molecular Orbitals 4	Description This chapter explain approaches to describe bonding using group theory & simpler methods furthermore developing the symm. concept required for more complex cases	Url URL
13.	Type	Subject Chapter 8. Chemistry of Main Group Elements	Description This chapter contains most significant physical and chemical data on each of the main group elements which is 'representative elements'	Url URL
14.	Type	Subject Chapter 8. Chemistry of Main Group Elements 2	Description This chapter contains most significant physical and chemical data on each of the main group elements which is 'representative elements'	Url URL