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Chem-260 2016 COURSE INFORMATION: Introduction to Organic Chemistry I CHEM 260 3+1 Credits Theory: Monday, Wednesday &Friday Lab: Tuesday 8:00 a.m 12:00-12:50pm S-216 S-135 Course Pack (2016) Available in Library INSTRUCTOR INFORMATION: Dr Seemal Jelani Associate Professor Department of Chemistry Room# 163 Armacost Building Tel:99231581 Ext: 595 Cell: 03004194687 [email protected] OFFICE HOURS: For all Baccalaureate students: 12:00-1:00 Monday-Wednesday RECOMMENDED BOOKS 1. Organic Chemistry 6th Edition, William H. Brown, C S, Foote 2. 8th ED “ Organic Chemistry” John McMurry 3. T.W. Graham Solomons, Craig B. Fryhle “ Organic Chemistry” 4. David Klein ‘ Organic Chemistry” AIMS AND OBJECTIVES COURSE AIMS: By using a combination of lectures, tutorials, laboratory classes and presentations, this course aims 1 To recall basic concepts of organic chemistry 2 Able to describe the isomerism and stereochemistry 3 Acquired skills to understand the chemistry of hydroxyl group containing compounds 4 Laboratory classes will build up the concepts while going through preparation and doing mini projects of hydroxyl group containing compounds LEARNING OBJECTIVES Dr Seemal Jelani Chem-260 2016 1 Students should be able to exhibit a knowledge and understanding of the basic facts and experimental basis of organic chemistry. 2 They should be able to solve problems of a numerical and logical nature in the context of this understanding and be able to demonstrate practical skills in techniques in organic chemistry. COURSE CONTENTS 260 Recall basic concepts of organic chemistry like 1 Nomenclature 2 Hybridization 3 Electronegativity 4 Polar and non polar bond 5 Double bond conjugation 6 Resonance 7 Inductive effect 8 Hyperconjugation (carbo cations) Importance of these concepts in organic chemistry Introduction to isomerism and its application Acids and bases, their relative strength and factors affecting acidity and basicity, significance of pH, pka and pKb, Stereochemistry including 1 Conformational analysis 2 Geometric isomerism 3 Stereospecificity Chemistry of hydroxyl: structure, properties, preparation and reactions 1. Alcohols 2. Phenols and their applications 3. Thiols 4. Ether Midterm Course: Recall basic concepts to Acid base Final Term: Acid and bases, Stereochemistry to Chemistry of hydroxyl (Tentative) COURSE WORK: (May be changed) The course work consists of: Lectures and associated reading Green Day Laboratory classes Projects Laboratory write ups Class quizzes Tutorial and preparation of Midterm exams reports Degree exam Seminars/presentations/Case Statistical analysis study LABORATORY CLASSES Dr Seemal Jelani Chem-260 2016 The program of laboratory classes and field work is designated to: Support and augment the theoretical background covered in the lecture modules. Teach safe working practices in the chemical laboratory. Develop the necessary technical skills for the organic chemist. Provide hands on experience in the use of a range of analytical instruments. Teach analytical techniques for the organic chemist. Develop independence and initiative. Develop the skills of statistical analysis Teach skills in the interpretation of data. Develop report writing skills. DEPARTMENTAL REQUIREMENTS FOR THE AWARD OF CREDIT The class work comprises all lectures, laboratory classes, tutorials and tests are compulsory. The minimum requirement to qualify for credit for the course will normally be: a) Attendance at 75% of laboratory classes, including competitions. b) Completion and submission of work equivalent to 75% of the laboratory marks. c) Completion of both class exams Failure to meet these requirements will result in credit for the course being refused. Medical or compassionate grounds for non-completion may be taken into account at the discretion of the examination board, but these cannot be use to excuse failure to complete more than 50% of the course work. Attendance will be reviewed continuously and students whose performance falls below will be notified ABSENCE FROM CLASSES Any student who is absent from any part of the course should follow the procedure laid down in the University Student Absence Policy: IMPORTANT The laboratory work and other continuously assessed work is an integral part of the course and marks gained constitute allocated age of the final grade. PLAGIARISM Students are reminded that this regulation applies to all work contributing to assessment, including lab reports and projects. All assessed work must be your own individual effort. Copying of lab reports, for example, is plagiarism. You may share data, where appropriate, but the calculations, answers to assignment questions and the discussion of results must be your own work. You need not Dr Seemal Jelani Chem-260 2016 cite references to textbooks used to answer assignment questions but you should follow the above rules when writing an extended discussion of results. All work submitted for assessment must be accompanied by a completed Declaration of Originality Copies of these forms will be available in office of the instructor STUDENT FEEDBACK Students’ opinion on course content and presentation is welcomed either formally or through the coordinator. Feedback is obtained through formal questionnaires and informal discussion sessions MARKS BREAKUP (Can be changed) Final Exams: Mid exams: Laboratory work and write ups: Class quizzes: Assignments Presentations: Activities Attendance: Attitude and behaviour Total 30% 15% 20% 07% 08% 07% 06% 04% 03% 100% WEEKLY PLANNER: Week-Fall-2016 Week- 01 Week- 02 Week- 03 Week- 04 Dr Seemal Jelani Course contents/quizzes/assignment/activities Recall basic concepts: Lewis structures Formal charge Electronegativity Polar and non-polar Dipole moment Activities to related topics will be given in every class on daily basis Nomenclature (IUPAC) Hybridization Double bond conjugation The above topics will be continue in 3rd week also to complete activities which might be left due to Eid holidays Quiz-01 Resonance Chem-260 2016 Week- 05 Week- 06 Week- 07 Week- 08 Week- 09 Week- 10 Week- 11 Week- 21 Inductive effect Hyperconjugation (carbo cations) Quiz-02 Assignment-01 Introduction to isomerism and its application Activity related to isomerism Introduction to Stereochemistry Mid Exam Conformational analysis (Ethane, Propane and Butane) Activities for practice Geometric isomerism Cis, trans Activities for practice Assignment-02 Stereospecificity Examples Activities for practice Quiz -03 Chemistry of hydroxyl: structure, properties, preparation and reactions Alcohols Activities for practice Quiz-04 Phenols Activities for practice Quiz-04 Thiols Activities for practice Quiz-04 Week- 13 Week- 14 Final exam Dr Seemal Jelani Ether Activities for practice Quiz-04 Completion of assignments, activities Preparation of Final exam Chem-260 2016 Dr Seemal Jelani