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Minia University Faculty of Science Department:- Chemistry Template for Course specification 1- Course information Course name chemistry Number of units Academic year preparatory Lecture: 120 hours Practical: 120 hours Total: 240 hours 2. Course aim The chemistry course comprises organic, inorganic and physical chemistry courses. The general courses provide an overview of the atomic structure, past and present. The electron configuration of the elements and their position in the periodic table are elaborated. The course sets major concepts in chemical stoichiometry with a discussion of the theories and models related to chemical bonding. The organic chemistry courses focuses on organic chemistry subject that are related to dentistry such as the structure of organic compounds, carbohydrate, sugars, proteins, lipid, alcohols, phenols etc. it also provides the students with an understanding of the application and organic principles and reaction in different biological systems. The physical chemistry course introduces the dental student to the units of measurement, structure of matter, atomic bonding and basic chemical principles. It also includes subjects such as gases, liquid and solids and change of state, thermochemistry and chemical equilibrium. 3. Intending learning outcome 3.a knowledge and understanding Upon completing this course, students will be able to: a1- Describe application of the ionic theory a2- Recall ionic equations , Ostwald law of dilution , Self ionization of water, PH value a3- Describe Hydrolysis Of Salt, acid-base neutralization a4- Identify Buffer solutions a5- label Neutralization curves a6- Arrange choice of indicators a7- Relate Solubility products a8-Recognize common ion effect a9-Describ Application of solubility 1 a10-List common ion effect in analytical chemistry Physical chemistry: a10- Define The ideal gas laws a11-Discuss Real or imperfect gasses a12- Define Equation of van der waals a13- Report Critical constants of gas . a14-Describ Concentration of solutions a15- Review Solution of gases in liquids a16-Review Solution of gases in gases a17- Review Solution of liquids in liquids – a18- Define Completely miscible liquids. a19- List Law of mass action and its application. a20- Define Dechatelierr principle a21- List Reversible reactions a22- Describe Kinetics of chemical change a23- Observe Integrated forms of the rate equations a24- Define Faraday' s law and ionic theory a25- List measurement of electrolyte conductivity a26- Explain Variation of conductivity with dilution a27- Define Kohlrouch' s law of independent migration of ions Inorganic chemistry: a28- Identify The structure of atom and Nuclear structure. a29- Classification of elements – a30- List Types of chemical bonds and molecular structure. a31- State Hydrogen and its compounds. a32- State Oxygen, oxides, oxidation and reduction. a33- Define Ozone, Water and hydrogen peroxide.– a34- List halogens and their compounds. Organic chemistry a35- Record main reactions and methods of preparation of the following : Aliphatic hydrocarbons (alkanes, alkenes and alkynes) - Monohydric alcohols Ethers Mono, Di and Tri-hydrogenated alkanes - Aldehydes and ketones - Moncarboxylic acids and their derivatives - Aliphatic amines – Urea - Simple organic sulphur compound - Monosubstiuted carboxylic acids (halogen, hydroxyl and amino acids) - Polyhydric alcohols (dihydric alcohols glycerol) a35-classify Isomerism(structural and stereoisomerism ) a36-define Carbohydrates(monosaccharide, disaccharides and polysaccharides) a37-define Aromatic compounds with one functional group 3.b intellectual skills B1-Make decision regarding organic unknown compound from their physical and chemical properties b2-Categorize different chemical compounds. 2 3.c practical and professional skills c1- Apply experiments for solubility product compounds. c2- Apply experiment for common ion effect in analytical chemistry c3- Choose indicators c4- Illustrate the properties of solutions : Concentration - Solution of gases in liquids - Solution of gases in gases - Solution of liquids in liquids - Completely miscible liquids. c5- Operate methods of preparation of the following : Aliphatic hydrocarbons (alkanes, alkenes and alkynes) - Monohydric alcohols – Ethers, Mono, Di and Tri-hydrogenated alkanes - Aldehydes and ketones - Moncarboxylic acids and their derivatives - Aliphatic amines – Urea - Simple organic sulphur compound - Monosubstiuted carboxylic acids (halogen, hydroxyl and amino acids) - Polyhydric alcohols (dihydric alcohols glycerol) 3.d attitude D1-illustrate different practical reaction with care 4-Course contents Topic 1- Organic 40 No. of Hours 20 Lecture Tutorial/Practical 20 In Organic 40 20 20 Physical 40 20 20 5- course learning and teaching A-Methods used 1- Lectures to explain underlying principles. 2- Tutorials to help in understanding these principles. 3- Lab to apply those principles. B- Aids in teaching and learning. Power point Overhead transparencies Slide projectors. 6- teaching for special needs 7- Course assessment a- Assessment tools TOOL I. Written examination. Short essay PURPOSE Assessment of knowledge and understanding. And assessment of general 3 II. Multiple choice questions. (MCQ) III. Practical examination. b- Assessment schedule intellectual skills. Assessment of knowledge and under standing. And assessment of general intellectual skills. Assessment of knowledge and under standing. And assessment of practical skills. And assessment of general intellectual skills. Mid Year EXAMINATION: It will be held at the mid year and include multiple choice question and practical exam. Continuous examinations Held at the practical classes throughout the terms includes MCQ and practical exams. FINAL EXAMINATION: c- Assessment marks distribution At the end of the academic year and includes a written exam, a multiple choice question exam, and a practical exam. Student must submit their log books to be admitted to the practical exam. Examination Marks allocated Written continuous MCQ 10 examination Continuous practical Held at the 10 examinations laboratory classes throughout the terms. Final examination Written 20 MCQ 30 Practical 30 Total 100 8-references and text books Websites: www.wikipedio.com www.organic chemistry .com Author Date T.W. Graham Solomons, 2003 Craig B. Fryhle James E.Huheey, Eleen A. 1997 Keiter, Richard L. keiter Ignacio Tinoco, Kenneth Sauer, James C. Wang, Joseph D.Puglisi course coordinator:- 2001 Title Organic chemistry Publisher John Wiley &Sons Inorganic Chemistry: Principles of Structure and reactivity, 4th ed Physical chemistry : Principles and Applications in Biological Sciences, 4th ed Benjamin Cummings Prentice Hall date:- 19-12-2012 4