國立中山大學 104學年度第1學期 課程教學大綱
National Sun Yat-sen University 104Academic year1st Semester Course syllabus
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中文名稱 Course name(Chinese) |
普通化學(一) |
課號 Course Code |
GEAI1550 |
英文名稱 Course name(English) |
GENERAL CHEMISTRY (I) |
課程類別 Type of the course |
講授類 | 必選修 Required/Selected | 必修 |
系所 Dept./faculty |
跨院選修(海) |
授課教師 Instructor |
王家蓁
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學分 Credit |
3 |
因應嚴重特殊傳染性肺炎(武漢肺炎),倘若後續需實施遠距授課,授課方式調整如下: |
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因應嚴重特殊傳染性肺炎(武漢肺炎),倘若後續需實施遠距授課,評分方式調整如下: |
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尚未建立傳染性肺炎(武漢肺炎)課程評分方式﹝評分標準及比例﹞
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課程大綱 Course syllabus |
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I. Foundations of Chemistry II. Structures II.1 Atomic structures, electronic configurations and quantum mechanics II.2 Periodic table and types of chemical bonding II.3 Molecular structures and chemical bonding theories (Lewis structure, VSEPR and MO theory) III.Kinetic molecular description of states of matter and intermolecular forces III.1 Gases III.2 Liquids, solids III.3 Solutions IV. Chemical thermodynamics IV.1 The first law of thermodynamics, energy, enthalpy IV.2 The second law of thermodynamics, entropy, free energy and spontaneity V. Chemical equilibrium V.1 La Chatelier's principle V.2 Equilibrium constant V.3 Acid-base equilibria V.4 Buffers and titration curves V.5 Solubility and pricipitation equilibria V.6 Electrochemistry V.7 Connection with thermodynamics VI. Chemical kinetics VI.1 Factors affecting reaction rates and rate laws VI.2 Connection with thermodynamics VII. Interactions of molecules with light and molecular spectroscopy VIII. Materials VIII.1 Metals VIII.2 Coordination compounds VIII.3 Organic compounds IX. Modern nanotechnology
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課程目標 Objectives |
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The ultimate goal of this course is designed to have students become proficient and interested in modern chemistry and the underlying principles behind it. The course content and presenting sequence is conveyed in a manner to reinforce the linkage between students' background knowledge and the new ones, to estabilish the correlations between the daily experience and the fundamental principles relevant to it, and eventually to maximize students' learning motivations. It is also my goal that, once the course is completed, students not only acquire the necessary knowledges and skills of general chemistry, but also learn to acknowledge the chemistry behind the observed phenomenon in our daily life and appreciate the beauty of nature.
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授課方式 Teaching methods |
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Lectures, in-class quiz and exams, discussions and group presentations.
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評分方式﹝評分標準及比例﹞Evaluation (Criteria and ratio)等第制單科成績對照表 letter grading reference
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1.Midterm:45% 2.Final:45% 3.In-class quiz:10%
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參考書/教科書/閱讀文獻 Reference book/ textbook/ documents
〔請遵守智慧財產權觀念,不可非法影印。教師所提供之教材供學生本人自修學習使用,不得散播及做為商業用途〕
No copies for intellectual property rights. Textbooks provided by the instructor used only for self-study, can not broadcast or commercial use
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序號 | 作者 | 書名 | 出版社 | 出版年 | 出版地 | ISBN# | 1 | Steven S. Zumdahl, Donald J. DeCoste | Chemical Principles | Brooks/Cole, Cengage Learning | 2013 | | 978-1-111-98900-2 |
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彈性暨自主學習規劃 Alternative learning periods
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每週課程內容及預計進度 Weekly scheduled progress |
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週次 | 日期 | 授課內容及主題 | 1 | 2015/09/14~2015/09/20 | Course outline and foundations of chemistry | 2 | 2015/09/21~2015/09/27 | Chemical formulas, chemical equations and stoichiometry | 3 | 2015/09/28~2015/10/04 | Atomic structure, eletronic configuration and introduction to quantum mechanics | 4 | 2015/10/05~2015/10/11 | Chemical periodicity and types of chemical bonding | 5 | 2015/10/12~2015/10/18 | Molecular structure and chemical bonding theories | 6 | 2015/10/19~2015/10/25 | Gases and kinetic molecular theory (Midterm I) | 7 | 2015/10/26~2015/11/01 | Chemical thermodynamics I: laws of thermodynamics | 8 | 2015/11/02~2015/11/08 | Chemical thermodynamics II: spontaneity | 9 | 2015/11/09~2015/11/15 | Chemical equilibrium I: La Chatelier's principle and equilibrium constant | 10 | 2015/11/16~2015/11/22 | Chemical equilibrium II: (a) Ka, Kb (b) Buffers and titration curves | 11 | 2015/11/23~2015/11/29 | Chemical equilibrium III: (a) Ksp (b) connection with thermodynamics | 12 | 2015/11/30~2015/12/06 | Electrochemistry: oxidation number, redox reactions, Galvanic cells (Midterm II) | 13 | 2015/12/07~2015/12/13 | Chemical kinetics: rate laws and connection with thermodynamics | 14 | 2015/12/14~2015/12/20 | Intermolecular forces and states of matter: liquids and solidsand nuclear chemistry | 15 | 2015/12/21~2015/12/27 | Interaction of molecules with light and modern molecular spectroscopy | 16 | 2015/12/28~2016/01/03 | Materials I: Metals and coordination compounds | 17 | 2016/01/04~2016/01/10 | Materials II: Organic compounds | 18 | 2016/01/11~2016/01/17 | Modern nanotechnology (Final) |
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課業討論時間 Office hours |
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時段1: 時間:星期二14:00~16:00 地點:理3007 時段2: 時間:星期五16:00~18:00 地點:理3007
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系所學生專業能力/全校學生基本素養與核心能力 basic disciplines and core capabilitics of the dcpartment and the university |
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系所學生專業能力/全校學生基本素養與核心能力 | 課堂活動與評量方式 | 本課程欲培養之能力與素養 | 紙筆考試或測驗 | 課堂討論︵含個案討論︶ | 個人書面報告、作業、作品、實驗 | 群組書面報告、作業、作品、實驗 | 個人口頭報告 | 群組口頭報告 | 課程規劃之校外參訪及實習 | 證照/檢定 | 參與課程規劃之校內外活動及競賽 | 課外閱讀 | ※系所所學生專業能力 | |
1.具有尊重生命與環境之人文素養的能力。 | V | V | V | | | | | | | | V | 2.具有基礎數學、物理、化學、生物學以及地球科學等專業基礎知識。 | V | V | V | | | | | | | | V | 3.具有海洋科學基本知識及了解。 | | | | | | | | | | | | 4.具有運用海洋科學知識進行觀察、分析及因應海洋環境保護與資源保育問題之能力。 | V | V | V | | | | | | | | V | 5.具有主動積極的做事態度、溝通協調及表達的能力。 | | | | | | | | | | | | 6.具有國際視野及英語溝通能力。 | | | | | | | | | | | | ※全校學生基本素養與核心能力 | |
1.表達與溝通能力。 | | | | | | | | | | | | 2.探究與批判思考能力。 | | | | | | | | | | | | 3.終身學習能力。 | | | | | | | | | | | | 4.倫理與社會責任。 | V | V | V | | | | | | | | V | 5.美感品味。 | V | V | V | | | | | | | | V | 6.創造力。 | | | | | | | | | | | | 7.全球視野。 | V | V | V | | | | | | | | V | 8.合作與領導能力。 | | | | | | | | | | | | 9.山海胸襟與自然情懷。 | V | V | V | | | | | | | | V |
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本課程與SDGs相關項目:The course relates to SDGs items: |
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本課程校外實習資訊: This course is relevant to internship: |
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