Curriculum
- 10 Sections
- 82 Lessons
- 10 Weeks
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- CH# 1 Periodic Classification of Elements and Periodicity9
- 2.0Periodic table and it’s properties
- 2.1Properties of periodic table
- 2.2Atomic radius and Ionic radius
- 2.3Ionization energy and electron affinity
- 2.4Trend of M.P/B.P in periodic table
- 2.5Trend of Oxidation state / Metallic character in periodic table
- 2.6Trend of hydration energy / Halides in periodic table
- 2.7Trend of Hydrides / Oxides in periodic table
- 2.8Position of Hydrogen in periodic table
- CH# 2 S- Block Elements8
- CH# 6 Transition Elements2
- CH # 7 Organic Chemistry5
- CH # 9 Aromatic Hydrocarbons15
- 6.0Directive effect of Halogens | Relative reactivity of Alkanes,Alkenes,Alkynes & benzene
- 6.1Directive effect of substitutents in electrophilic substitution reactions of benzene
- 6.2Electrophilic addition reactions of benzene | Halogenation Hydrogenation | Oxidation | Ozonolysis
- 6.3Friedel-Crafts Alkylation
- 6.4Friedel-Crafts Acylation
- 6.5Nitration & Sulphonation of benzene
- 6.6Reactivity of benzene | Halogenation of benzene | Side-chain Halogenation
- 6.7Preparation of benzene | Aromatization | Wurtz-fitting reaction | From phenol & Sodium benzoate
- 6.8Stability of benzene | Resonance energy
- 6.9Resonance | Modern Concept about structure of benzene
- 6.10Aromatic Hydrocarbons | Classification | Nomenclature
- 6.11Structure of benzene | Straight chian formula ruled out | Kekule’s formula for benzene
- 6.12Wurtz Fitting reaction
- 6.13Friedle-craft’s reactions
- 6.14Structure and Stability of benzene
- CH # 10 Alkhl Halides7
- 7.0Grignard Reactions | Wurtz Reaction | Reduction of R-X | Preparation of Tetraethyl lead
- 7.1B-elimination Reactions | E1 & E2 mechanism
- 7.2SN2 Mechanism | Nucleophilic substitution reaction
- 7.3SN1 Mechanism
- 7.4Reactivity of Alkyl Halides | Nucleophiles | Electrophiles | Leaving groups
- 7.5Alkyl halides | Classification of Haloalkanes | Nomenclature of R-X | Preparation of alkyl halides
- 7.6Alkyl halides
- CH # 11 Alcohols, Phenols and Ethers8
- 8.0Reactions of Phenol | Picric acid | Bakelite | Bromination of Phenol
- 8.1Phenol & Phenoxide ion | Acidic behavior of Phenol | Dow’s method
- 8.2Oxidation of Alcohols | Dehydration of ROH at 180C/140C | Lucas Test |
- 8.3Reactivity of Alcohols | Electrophilic & Nucleophilic substitution reactions of Alcohols
- 8.4Fermentation | Ethanol | Methanol | Denaturing of ethanol | Preparation of Alcohols
- 8.5Alcohols | Classification of alcohols | Nomenclature of Alcohols & enols
- 8.6Alcohol,Phenol,ethers
- 8.7Alcohol,phenol,ether
- Aldehydes and Ketones15
- 9.0Oxidation of Ketones | Identification of Carbonyl compounds | Tollen’s test | Fehling’s test
- 9.1Reduction of Aldehydes & Ketones | Reducing agents NaBH4 , LiAlH4 , Ni , Pt , Pd
- 9.2Acid catalyzed reaction | Reactions of ammonia derivatives with carbonyl compounds | addition of ROH
- 9.3Haloform reactions | Iodoform Test | Methyl ketones
- 9.4Cannizzaro’s Reaction | Disproportionate reaction | alpha Hydrogen
- 9.5Aldol condensation | alpha Hydrogen
- 9.6Addition of sodium bisulphite to carbonyl compounds | Nucleophilic addition reactions
- 9.7Reactivity of Carbonyl group | Nucleophilic addition reaction | Addition of HCN
- 9.8Preparation of Formaldehyde, Acetaldehyde & Acetone
- 9.9Formaldehyde/Acetaldehyde/Acetone
- 9.10carbonyl compounds
- 9.11Nomenclature of Ketones
- 9.12Nomenclature of Aldehydes
- 9.13Carbonyl Compound
- 9.14Carbonyl compounds | Organic chemistry
- CH #13 Carboxylic Acids7
- 10.0Preparation of Amino Acids | The Strecker’s synthesis | Reactions | Ninhydrin test | Polypeptide
- 10.1Amino Acids | Classification | Nomenclature | Zwitter Ions | Amphoteric nature of amino acids
- 10.2Acetic Acid | Methods of Preparation
- 10.3Mechanisms of Reactions of carboxylic acid with ethanol, thionyl chloride & Ammonia
- 10.4Carboxylic Acids | Physical Properties | Reactions
- 10.5Carboxylic acids | Nomenclature | Methods of Preparation
- 10.6Important Long Questions
- CH # 14 Macromolecules6
- 11.0Macromolecules | Types of Polymers
- 11.1Addition Polymerization | Condensation Polymerization | PVC | polystyrene | PVA
- 11.2Polyester Resins | Acrylic Resins | Polyamides | Nylon 6, 6 | Epoxy resin
- 11.3Carbohydrates | Monosaccharides | Glucose | Fructose
- 11.4Polysaccharides | Starch | Cellulose | Glycogen
- 11.5Proteins | Types of Proteins | Structure of Proteins | Function of Proteins
