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1. Course Title:
Organic
Chemistry
2. Course Code:
BCH3015
3.
Course Aims & Objectives:
- To provide an understanding
of heterocyclic chemistry, reaction mechanisms and general organic synthetic
methods.
- To provide practical experience
in simple and multistep synthetic reactions, with special reference
to the choice of method, by-product removal, and the in-situ preparation
of sensitive reagents.
- To enable the student
to prepare some commonly-used heterocyclic compounds.
4. Units: 4
5. Level: B3
6.
Medium of Instruction:
English 7. Keyword Syllabus:
Introduce - general examples
and applications. Aromatic heterocyclic. Nonaromatic heterocycles. Nomenclature.
Physical and chemical properties. Preparations and reactions. Ring Synthesis
Nucleophilic addition and
substitution. Electrophilic addition and substitution. Free-radical
addition and substitution Elimination reactions. The influence of electronic
and steric factors on the course of chemical reactions, with particular
reference to the characteristic reactions of each of the various classes
of organic compounds.
- Application of NMR
and MS in organic chemistry
Nuclear magnetic resonance
spectroscopy and mass spectrometry: basic principles and uses of these
techniques, with special reference to various characteristic spectroscopic
properties of the various classes of organic compounds.
8. Teaching pattern:
Duration
of course: 1 semester
Suggested
lecture/tutorial/laboratory mix:
Lectures 35 H
Tutorials 7 H
Laboratories 28 H
9.
Assessment
pattern:
| Examination
duration: 3 H |
| Percentage
of coursework, examination, etc.: |
| Examination
70% |
|
| Course work
30% |
(10% for tutorial, 20%
for lab. work) |
All
students must satisfy the following "Minimum Passing Requirement"
for BCH courses:
"A minimum of 30% in coursework as well as in examination, in
addition to a minimum of 40% in coursework and examination taken
together". |
10. Pre-requisites:
Nil
11. Pre-cursor:
BCH2007 Principles of Organic Chemistry
12. Equivalent Courses:
BCH2221 Organic Chemistry (from the "old" curriculum)
13. Booklist:
| # |
1 |
Heterocyclic
Chemistry, T.L. Gilchrist (Pitman, 1985) |
| # |
2 |
Advanced
Organic Chemistry, J.March (John Wiley and Sons, 1985) |
| # |
3 |
Spectroscopy
Methods in Organic Chemistry, D.H.Williams, I Fleming,
(McGraw Hill, London, 4th Ed., 1987) |
NOTE
# |
These books are only recommended for reading and should NOT be purchased
without consulting your lecturer. |
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