Download Course Schedule Model

Course Schedule Model
(meeting two times a week)
Week
#
Date
Topic
Introduction to the course
1
2
Energy levels and atomic orbitals. Electronic Configuration Structure and
properties of Organic Compounds
Structure and properties of Organic Compounds Organic Chemistry& the
Structural Theory
Classical concept of Chemical Bonding
The relationship between the Orbital hybridization and molecular geometry.
Names &Structures of common Functional Groups
Bond dissociation energy.Homolysis & heterolysis.
3
Fundemental laws of Organic Chemistry . Hybridization &Classification of
Organic Compounds
Saturated hydrocarbons(Alkanes), IUPAC
Preparation & Reactions of alkanes
4
Structure &Physical properties &Nomenclature of alkenes
Geometric Isomers, Preparation of Alkenes.,Elimination Reactions
Dehydrohalogenatn of alkyl halide,Dehydratn of Alcohol.
5
Dehalogenation of vicinal alkyl halide,Reductn of alkynes
Orientation of [dehydrohalogenation& dehydration],Rearrangement of
carbonium ion
Reactions of alkenes, Addition reactions, mechanism of electrophilic addition
reaction , mechanism of free radical addition, ozonolysis of alkenes
6
Preparations & reactions of alkynes ,keto-enol tautomerism
Cyclic Aliphatic Compounds [nomenclature,preparation, reactions, reactions of
small-ring compounds [cyclopropene&cyclobutane ]
Week
#
Date
Topic
Alcohols (nomenclature,classification), preparation of alcohols[reduction of
carbonyl compounds-hydrolysis of alkyl halide – Grignard reactions-effect of
nitrous acid on amines-hydration of olefins
Reactions of alcohols[ formation of alkoxide- formation of ethers
7
formation of esters-dehydration –oxidation of alcohol-formation of alkyl halideLucas test
Aromatic Compounds,structure of benzene,M.F.,Isomer number,Kekule
structure, stability of benzene,Heat of hydrogenation&combustion
Resonance structure of benzene.Aromatic character [The Huckel 4n+2 rule].
Nomenclature of benzene.
Electrophilic aromatic substitution reaction , introduction , Effect of
substituent , groups
8
Determination of orientation . Classification of
substituent groups.
Orientation in disubstituted
benzene. Mechanism of nitration,sulphonation, Friedel-Crafts alkylation
Mechanism of halogenation.Reactivity and orientation.Theory of
reactivity&orientation
1st Exam
9
Aromatic-Aliphatic compounds [Arenes and their
derivatives],structure,nomenclature,preparation, reactions
[oxidation,reduction,decarboxylation,Wurtz-Fittg
reaction,nitration,sulphonation,halogenation]
Aromatic Nitro Compounds [nitrobenzene ,nitrotoluene] reactions&preparations
Aromatic Amino compounds[preparation,reactions]
Diazonium Salts[preparation&reactions]- Azo-compounds
10
Phenols [structure,nomenclature,acidic character of phenolic
compounds,preparations]
11
Reactions of phenols[ (I) Reaction on OH group,salt formation,ether
formation,formation of esters .,(II)
Electrophilic substitution reactions ,halogenation,
nitration,sulphonation,Friedel-Crafts reactions,Kolbe reaction,Ledrer-Manasse
reaction,Reimer-Tieman reaction
[
Aromatic Alcohols,Aldehydes and Ketones [preparation&reactions]
Aliphatic Amines [structure&physical properties]
Classification,nomenclature&basicity of amines
Week
#
12
Date
Topic
Preparation of amines [reduction of nitro compound , Reductive amination]Reactions of amines.
2nd Exam
Aliphatic Aldehydes and Ketones (nomenclature,general methods for preparation
of aldehydes -Reactions of aldehydes and ketones (addition reactions)
13
Condensation reactions(condensation with :hydroxyl amine –hydrazine and
phenyl hydrazine)-Substitution reactions.
Stereochemistry -Isomerism- Classification constitutional isomerism( chainposition-functional) isomerism)- Stereoisomer(configurational-conformational)
isomers
14
General Revesion
Final Exam