Overview of Concepts of Organic Chemistry 2016 - Vol. 1 Book

Contents: Unit 1: Basic Understanding of Organic ChemistrySection 1: Introduction of Organic ChemistrySection 2: What is Organic ChemistrySection 3: Representation of Organic CompoundsSection 4: Reason for the Formation of Large Number of Organic CompoundsSection 5: Functional GroupsSection 6: Homologue and Homologous SeriesSection 7: Nature of C, H and Functional GroupsSection 8: Saturated and Unsaturated Molecules with Important PointsSection 9: HybridizationSection 10: Classification of Organic CompoundsSection 11: Baeyer s Strain TheoryExercise 1: Subjective ApproachAnswers: Subjective ApproachExercise 2: Objective ApproachExercise 3: World of CompetitionsAnswers: Objective ApproachAnswers: World of CompetitionApproach: Objective Approach (Exercise-2)Approach: World of Competition (Exercise-3)Unit 2: Nomenclature of Organic CompoundsSection 1: Alkyl GroupsSection 2: Basic Concept of IUPAC NomenclatureSection 3: Points to Write IUPAC NomenclatureSection 4: Points to Write IUPAC Nomenclature for Multiple Bonds and Rings(vi)Section 5: Points to Write IUPAC Nomenclature of Compounds with Functional GroupsSection 6: Nomenclature of Bicyclic and Spiro CompoundsSection 7: Some Common Names Used in Organic ChemistrySection 8: Degree of UnsaturationSection 9: Chemically Different HydrogenExercise 1: Subjective ApproachAnswers: Subjective ApproachExercise 2: Objective ApproachExercise 3: World of CompetitionsAnswers: Objective ApproachAnswers: World of CompetitionsApproach: Objective Approach (Exercise-2)Approach: World of Competitions (Exercise-3)Test 1: Basic Understanding of Organic Chemistry and IUPAC NomenclatureTest 2: Basic Understanding of Organic Chemistry and IUPAC NomenclatureTest 3: Basic Understanding of Organic Chemistry and IUPAC NomenclatureAnswers: Test - 1, 2, 3Approach: Test Paper 1Approach: Test Paper 2Approach: Test Paper 3Unit 3: Study of IsomerismSection 1: Basic Concept of IsomerismSection 2: Chain IsomerismSection 3: Positional IsomerismSection 4: Functional IsomerismSection 5: MetamerismSection 6: Basic Concept of TautomerismSection 7: % enol ContentSection 8: Types of Tautomerism(vii)Section 9: Basic Concept of Geometrical IsomerismSection 10: Nomenclature Used in Geometrical IsomerismSection 11: Basic Concept of Optical IsomerismSection 12: Nomenclature Used in Optical IsomerismSection 13: Terms Used in Optical IsomerismSection 14: Compound Showing Optical Isomerism Along with Calculation of Numberof StereoisomersSection 15: Conformational IsomerismSection 16: Conformation of CyclohexaneSection 17: Interconversion of One form of Molecule into AnotherSection 18: Finding Relationship between Pair of CompoundsSection 19: Physical Properties of Organic CompoundsExercise 1: Subjective ApproachAnswers: Subjective ApproachExercise 2: Objective ApproachExercise 3: World of CompetitionsAnswers: Objective ApproachAnswers: World of CompetitionsApproach: Objective Approach (Exercise-2)Approach: World of Competition (Exercise-3)Test 4: Concept of IsomerismTest 5: Concept of IsomerismTest 6: Concept of IsomerismAnswers: Test - 4, 5, 6Approach: Test Paper 4Approach: Test Paper 5Approach: Test Paper 6(viii)Unit 4: Electronic Effect and It s ApplicationSection 1: General Concept of Organic ReactionsSection 2: Inductive EffectSection 3: Basic Concept of ResonanceSection 4: Points to Draw Resonating StructuresSection 5: points to Check Stability of Resonating StructuresSection 6: Mesomeric EffectSection 7: Hyper conjugationSection 8: Electromeric EffectSection 9: Organic Reaction IntermediatesSection 10: CarbocationsSection 11: Stability of CarbocationSection 12: Rearrangement of CarbocationsSection 13: Classification of CarbocationSection 14: CarbanionsSection 15: Free RadicalSection 16: CarbenesSection 17: NitreneSection 18: BenzyneSection 19: Ajnish Rule and It s Application in Organic ChemistrySect