化學(一)

Purpose and outline of the course: Purpose: Introduce to undergraduate students the basic ideas of general chemistry that are necessary to understand contemporary chemistry. Outline: The course starts with introduction to quantum chemistry of atoms and molecules. Later we study phenomenological description of gases, liquids, and solids.. If you decide to take the second semester of this class (i.e., General Chemistry II), you would learn basic facts about the theory of chemical reactions and chemical thermodynamics.

High-school chemistry, high-school mathematics

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Additional announcement will be posted via the E3 platform

Teaching details 1. 6 quizes during the semester (best 5 are used for computing average, which gives 20% of the final score) 2. midterm exam (11月4日, 6-9PM) contributing 40% to the final score 3. final exam (12月30日, 6-9PM) contributing 40% to the final score

• 第一章 亞微觀世界的量子論 The Quantum Theory of the Submicroscopic World

  1A 古典物理的不足 1B 波耳的物質模型 1C 物質的波動性質 1D 氫原子的量子力學模型

• 第二章 多電子原子與週期表 Many-Electron Atoms and the Periodic Table

  2A 多電子原子的電子組態與遞建原理 2B 周期表與量子力學 2C 元素的分類與週期性

• 第三章 化學鍵 The Chemical Bond

  3A 共價鍵 3B 電負度與化學鍵極性 3C 路易士結構 3D 分子軌域理論

• 第四章 分子結構與作用力 Molecular Structure and Interaction

  4A VSEPR模型 4B 價鍵理論與混成軌域 4C 異構物 4D 分子間作用力

• 第五章 物質狀態I:相圖與氣體 The States of Matter I: Phase Diagrams and Gases

  5A 溫度、壓力與物質狀態 5B 理想氣體 5C 氣體動力理論 5D 真實氣體

• 第六章 物質狀態II:液體與固體 The States of Matter II: Liquids and Solids

  6A 液體、結晶固體與分子間作用力 6B 能帶理論與導電

• 第七章 熱力學:化學反應中的能量 Thermochemistry: Energy in Chemical Reactions

  7A 溫度改變、熱、熱熔與焓 7B 化學反應與焓 7C 物理變化與焓

• 第八章 熵、自由能與熱力學第二定律 Entropy, Free Energy, and the Second Law of Thermodynamics

  8A 熵 8B 熱力學第三定律 8C 自由能

Brian B. Laird “University Chemistry” McGraw Hill, 2009. 東華書局/新月圖書代理。

地點

room 112, SB2 (Department of Applied Chemistry)

時間

appointment by email any time

聯絡方式

email: hwitek@nycu.edu.tw