NTRCA college written syllabus

E:\NTRCA\Exam\17th Exam'20\Written\Syllabus\Written_College level_17th Exam-2020 (1-52 code) (Main).doc    26 
Assessment Targets: 
The candidate will be able to....... 
Contents Marks 
properties of aliphatic and aromatic 
hydrocarbons. 
 Explain the characteristic reactions in 
aliphatic and aromatic hydrocarbons. 
 Identify the saturated and unsaturated 
hydrocarbon through chemical reactions. 
 Explain the mechanism of reactions in 
aliphatic and aromatic hydrocarbons. 
 Analyze the markowikov’s and anti-
markowikov’s rule & application. 
 Narrate the Concept of aromaticity and 
Huckel’s rule. 
alkynes, classification of hydrocarbons, 
(structure, source, preparation, physical 
and chemical properties ) of aliphatic and 
aromatic hydrocarbons, mechanism of 
reactions, CFC, cis -trans & E -Z systems, 
markowikov’s and anti -markowikov’s 
rule & application, conjugated dienes, the 
acidity of alkynes, etc. A ddition reaction 
in unsaturated hydrocarbons. 
 
Concept of aromaticity, Huckel’s rule, 
substitution and orientation, activation 
and deactivation in aromatic substitutions, 
electrophilic substitutions in the aromatic 
system: (halogenations, nitration. 
sulphonation, alkylation, and acylation). 
 Describe the nomenclature of 
heterocyclic compounds. 
 Explain the structure, source, 
preparation, physical and chemical 
properties of heterocyclic compounds. 
 Narrate the concept of aromaticity and 
Huckel’s rule of heterocyclic compounds. 
3. Heterocyclic compounds 
aromaticity of heterocyclic compounds, 
some preparation, and reactions of 
heteroaromatic compounds. 
 Explain the structure, source, 
preparation, physical and chemical 
properties of alkyl halides. 
 Explain the named reactions. 
4. Alkyl halides 
Structure, nomenclature, classification, 
preparations, and properties of alkyl 
halides; mechanism of nucleophilic 
substitution reaction and elimination 
reactions, Grignard reagent, synthesis and 
application-reaction of Grign ard reagent, 
Wurtz reaction. 
 Describe the structure, source, 
preparation, physical and chemical 
properties of hydroxy compounds and 
ether. 
 Explain the classification of alcohol and 
monohydric alcohol. 
 Identify the 1⁰, 2⁰, and 3⁰ alcohol through 
chemical reactions. 
 Analyze comparative reactivity of –OH 
group substitution from aliphatic and 
aromatic compounds. 
5. Hydroxy compounds & Ethers 
Alcohol, phenols and ethers, structure, 
nomenclature, their physical proper ties, 
synthesis, and reactions including 
classification of alcohols, the distinction 
between different types of alcohols, 
crown ethers, the acidity of phenol. 
 Describe the structure, source, 
preparation, physical and chemical 
properties of carbonyl compounds and 
carboxylic acid. 
 Identify the carbonyl compound through 
chemical reactions. 
 Differentiate between aldehyde and 
ketone through chemical reactions. 
 Compare the acidity among different no. 
6. Carbonyl compounds & Carboxylic 
acids 
Structure, nomenclature, orbital picture, 
preparations, and reactions of aldehydes, 
ketones, and acids including nucleophilic 
addition to carbon yl compounds, 
resonance and inductive effects on 
acidity, Aldol condensation reaction, 
Canizaro reaction.