後期 水曜日 ２講時 川北キャンパスＣ１０３. 単位数/Credit(s): 2. 担当教員(所属)/Instructor (Position): Mott Derrick 所属：高度教養教育・学生支援機構. 対象学部/Object: 国際学士コース(＊). 開講期/Term: ２セメスター. 科目群/Categories: 全学教育科目学術基礎科目-基礎化学. 履修年度: 2024. 科目ナンバリング/Course Numbering: ZDC-CHE101E. 使用言語/Language Used in Course: 英語.
各学部の履修内規または学生便覧を参照。
Introduction to Chemistry, Atoms and Molecules
Chemistry includes the fundamental analysis of atoms and molecules, which make up the world around us. By understanding the basics of atomic structure, reactivity and the formation of molecules, it is possible to create new substances with uses in advanced applications including medicine, energy, materials, environmental quality and others. The goal of this class will be to become familiar with the basics of chemistry, understand what atoms are composed of and their structure, learn about compounds, how to study these materials, and how they may be used to improve quality of human life.
Gain an understanding of fundamental chemistry, what are atoms, understand their composition and structure.
Learn about electronic structure of atoms, how it influences chemical reactions and material formation.
Become familiar with different types of chemical bonds (ionic bonds, covalent bonds, coordination bonds, and metallic bonds).
1st: Introduction to chemistry, atomic and electronic structure of simple atoms, fundamental characteristics of atoms
2nd: Atomic and electronic structure of higher atomic number elements
3rd: Periodic properties of elements: Spin quantum number, Pauli exclusion principle
4th: Periodic properties of elements: Effective nuclear charge, electron orbital arrangement
5th: Periodic properties of elements: Ionization energy and electron affinity, electronegativity
6th: Quiz 1, Ionic and metallic bonds
7th: Covalent bonding (1): Octet rule
8th: Covalent bonding (2): Molecular orbital theory (σ bond, π bond, etc.)
9th: Covalent bonding (3): Bonding nature of molecular orbitals and bond order
10th: Covalent bonding (4): Molecular shape, hybrid orbitals and conjugate systems
11th: Quiz 2, Intermolecular force, hydrogen bonds
12th: Analyzing materials: Spectroscopy techniques
13th: Crystalline solids, amorphous materials, metallic glasses
14th: Technological advancement and chemistry: Applications of chemistry in daily life
15th: Introduction to chemistry disciplines
16th: Review, final examination
Evaluation is based on quizzes (25%), group work (25%), homework assignments (25%) and final examination (25%).
Read the designated textbook sections and complete homework assignments to prepare for each class.
Yes
Office hours for the course will be determined based on student availability.