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FACULTY OF Dentistry Course Specifications: (OCHEM 102) Fall 2008 University : MUST Faculty : Dentistry Course Specifications: Program (s) on which the course is given: FACULTY OF DENTISTRY. Major or minor element of Programs: major Department offering the Program: Centre of Basic Science. Department offering the course: Centre of Basic Science. Academic Year / Level: First level freshmans Date of specification approval: A- Basic Information: Title : Basic Organic Chemistry Code : OCHEM102 Credit Hours : 4 hours Lecture : 3 Tutorial : Practical: 2 Total : 5 hours Pre-requisites: General Chemistry (CHEM101) B- Professional Information: 1- Over all aims of the course: use the nomenclature, write formulas, describe the formation, predicts the physical and chemical properties of different classes of organic compounds. Explains and understands the work of chemistry in designing molecules for different applications and purposes with special reference to polymers and their application 2- Intended learning outcomes of the course ( ILOS): a- Knowledge and understanding : a1- Interpret and use the terminology associated with organic compounds and reactions. a2-Describe the formation of different classes of organic compounds from different starting materials. b- Intellectual skills: b1- Show awereness of alternative sources of some of these organic classes b2- Describe the reactions given by each class of organic compounds and discuss the uses and application of each class in various fields. C- Professional and practical skills: Describe the addition and condensation polymerization reuctions, their mechanisms and techniques to produce polymers of different physical and chemical properties, and understand the fundamental characteristics required in a polymer to be used as dental metarial. d- General and transferable skills: Describe the formation of different classes of organic compounds from different starting materials. 3- Course Contents: Topics Week Basic concepts: introduction, representation 1,2 of organic compounds, empirical formula, molecular formula, bonding and molecular structure, structure of the atom, ionic and covalent bonds, electronic and steric effects types of organic reactions, isomerism and amerclature of organic compounds. Hydrocarbons: Alkanes, bonding in 3,4 methane and ethane, nomenclature, methods of preparation, properties, mechanism of free radical substitution reactions. Cyclo alkanes nomenclature and preporation. Alkenes: Bonding in ethane, preparation and properties, dienes and polyenes nomenclature. Cyclo alkenes nomenclature and properties. - Quiz (1)Alkynes: bonding in ethane, preparation and 5,6 properties. Aromatic hydromcarbons: Benzene, and its drevatives, nomenclature, synthesis, reactions alkyl benzene. Organo halogen compounds: Alkyl and aryl halides, nomenclature preparation and properties, organometallic compounds. - Mid Term7 Oxygen containing compound 1. Hydroxy classification, and compounds: nomenclature, properties. preparation Phenols and Alcohols preparation nomenclature, properties, Ethers nomenclature, preparation and properties. 2. Carbonyl compounds: Aliphatic and aromatic aldehydes and ketories, nomenclatus preparation and properties. Aliphatic and aromatic carboxylic acids: Nomenclature, preparation, properties. Carboxylic acids drevatives. - Quiz (2) Nitrogen containing compounds: Aliphatic and aromatic amines, importance, classification, nomenclature, properties and preparation. Diazonium compounds, aromatic nitrohydroearbons. Polymerization: Addition polymerization reaction mechanism, polymerization reaction condensation biopolymers, synthetic polymers and their application in dental field. Basic requirements for a polymer to be used as dental material characterishics acrylate and methacrylate polymer that them suitable dental materials. - Final Exam - 4- Teaching and learning methods: 4,1- Lecture. 4,2- Tutorial – self assessment exercises. 4,3- Data show and power points. 5- Student assessment methods: i) Two Quizes to assess regular readness ii) Mid term Exam to assess grasping course. iii) Final exam to assess overall performance Assessment schedule: Assessment 1: Assessment 2: Assessment 3: Assessment 4: Week: Week: Week: Week: Weighting of Assessments: i) Mid term examination 15%. ii) Final term examination 60% (45% theoritial + 15% practical). iii) Semester work 25% (Quizs + lab. Work) Total 100% 6-List of references: i) Organic chemistry by morrison and boyd, prinitce hall, new jersey, 2000. ii) Essential organic chemistry by Paula Yurkanis, Bruice – Pearson education inco pearson prientice hall – upper saddle river NJ 07458, 2004. iii) Organic chemistry by Graham Soliman and Graug B. Fryl, John Wiley & Sons Inc., New York 2007. iv) University book. iiv) Basic organic chemistry by Kadiga M. Attia, and Farouk S.Shams-Must – 2007, Egypt – 6 October. v) Web sites for organic chemistry. 7- Facilities required for teaching and learning: i) Lab top in class + data show. Course coordinator: Prof.Dr. El-Zeneiny Ebeid Date June/ 2008.