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Advanced Organic Chemistry
Course Overview
Level of study
Workload
Course Code
Semester
Prerequisites
Course
Objectives
Learning
Outcomes
Syllabus
Labs
Bachelor Degree
ECTS: 6
Total Hours: 216
Contact Hours: 80
 Lectures: 32
 Labs: 48
 Seminars: 0
ДИСЦ.В.М8
Winter
General and Inorganic Chemistry, Organic Chemistry
1. Predict reaction paths for general organic synthesis methods.
2. Choose reagents and conditions for functional group transformations.
3. Design synthesis schemes for organic compounds with several functional
groups starting from simple molecules.
4. Build experimental set-ups and carry out basic chemical operations in
organic chemistry lab.
After completing the course the student will be able to:
– design an experimental procedure for the synthesis of organic compounds;
purify reaction products and determine their properties;
– predict reaction mechanisms for basic transformations of organic
compounds;
– calculate the amounts of reagents for a given organic reaction, calculate
product yield;
– draw structures of stereoisomers, identify the stereogenic center and assign
the absolute configuration for a given molecule.
1. Aliphatic compounds
1.1 Cycloalkanes
1.2 Alkenes (advanced level)
1.3 Alkynes (advanced level)
2. Halogen derivatives
3. Heterocyclic compounds
4. Oxygen-containing compounds
4.1 Carbonyl compounds (advanced level)
4.2 Carboxylic acids and their derivatives
5. Nitrogen-containing compounds
5.1 Nitro-compound
5.2 Amines
5.3 Azo- and diazocompounds
5.4 Amino acids
6. Basics of stereochemistry
7. Organometallic compounds.
1. Nitration reactions
2. Carbonyl compounds
Projects
Assessment
Resources
Instructors
3. Derivatives for carboxylic acids
4. Azo-dyes
none
Exam
1. Smith V. Foundations of modern organic synthesis, 2012.
http://e.lanbook.com/books/element.php?pl1_id=3171
2. March, Jerry Advanced organic chemistry : Reactions, mechanisms, and
structure / J. March. — 7-th ed.. — New York: John Wiley & Sons, 2013. —
1495 p.
Andrei S. Potapov
http://portal.tpu.ru/SHARED/p/POTAPOV/eng
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