1. Chapter 1 - Elements and Compounds
• Elements and Compounds
• Atoms and Molecules
• Symbols of Elements
Chapter 1.1
• Chemical formula of Compound
Chapter 1.2
• Chemical equations of reactions
• Balanced Chemical equations
2. Chapter 2 - Mass of Protons, Neutrons and Electrons
• Atomic mass unit
• Bohr model of Atom
Chapter 2.1
• Bohr Model
• Atomic number and mass number
• Electronic configuration
Chapter 2.2
• Electronic configuration - Solved examples
Chapter 2.3
• Isotopes, Isobars, and Isotones
• Solved examples
3. Chapter 3 - Chemical bonding
• Ionic bond
• Octet rule
Chapter 3.1
• Cations and Anions
Chapter 3.2
• Covalent bond
Chapter 3.3
• Electronegativity and Polar nature
Chapter 3.4
• Valency of elements
Chapter 3.5
• Chemical formula from valency
Chapter 3.6
• Oxidation and reduction
• Oxidation number
• Oxidising agent and reducing agent
Chapter 3.7
• Calculation of oxidation number
4. Chapter 4 - The Periodic Table
• Number of shells
• Electron configuration
Chapter 4.1
• Families in the periodic table
• Periodic trends
Chapter 4.2
• More periodic trends
• Solved examples
Chapter 4.3
• More solved examples
5. Chapter 5 - Non-metals
• Properties and preparation
• Preparation of Oxygen
Chapter 5.1
• Reaction of oxygen with metals
Chapter 5.2
• Preparation of Nitrogen
Chapter 5.3
• Details about Hydrogen and Chlorine
6. Chapter 6 - Acids, Alkalies and Salts
• Non-metallic oxides
• Acid rains
Chapter 6.1
• Details about Acids
Chapter 6.2
• Details about Alkalies and the pH scale
Chapter 6.3
• Practical applications of the pH scale
• Salts formed from neutralisation reactions
Chapter 6.4
• Practical applications of the pH scale
7. Chapter 7 - Compounds of Non-metals
• Ammonia
• Preparation, properties and uses
Chapter 7.1
• Sulphuric acid
• Preparation, properties and uses
Chapter 7.2
• Hydrogen chloride
• Preparation, properties and uses
Chapter 7.3
• Nitric acid
• Preparation, properties and uses
8. Chapter 8 - Carbon and it's compounds
• Bonding in carbon compounds
• Catenation
• Reasons for the existence of a very large number of carbon compounds
Chapter 8.1
• Actual arrangement of atoms in a carbon compound
• Homologous series
• Alkane series
Chapter 8.2
• Alkene series
Chapter 8.3
• Alkyne series
Chapter 8.4
• Classification and Nomenclature of Hydrocarbons
Chapter 8.5
• Classification and Nomenclature of Cyclic hydrocarbons
Chapter 8.6
• 3D arrangement of atoms in the molecules of hydrocarbons
Chapter 8.7
• Allotropes of carbon
Chapter 8.8
• Inorganic compounds of carbon
9. Chapter 9 - Electronic configuration and periodic table
• Principal energy levels or Main shells K, L, M, N
• Sub energy levels or subshells s, p, d, f
• Electronic configuration from Hydrogen to Sodium
Chapter 9.1
• Electronic configuration from Magnesium to Titanium
Chapter 9.2
• Electronic configuration from Vanadium to Zinc
Chapter 9.3
• Arrangement of elements into blocks in the periodic table
• Determining the block and period number of any element from it's subshell electronic configuration
Chapter 9.4
• Determining the group number of any element from it's subshell electronic configuration
• Solved examples
Chapter 9.5
• Properties of s-block and p-block elements
• Periodic trends
Chapter 9.6
• Properties of d-block and f-block elements
• Variable oxidation states
• Periodic trends
• Solved examples
10. Chapter 10 - Mole concept
• Basics about mole concept
Chapter 10.1
• Avogadro number
• Gram atomic mass (GAM)
Chapter 10.2
• Application of Gram atomic mass (GAM)
Chapter 10.3
• Avogadro number
• Gram molecular mass (GMM)
Chapter 10.4
• Conversion of mass into 'number of moles'
• Solved examples
Chapter 10.5
• Conversion of 'number of moles' into mass
• Solved examples
Chapter 10.6
• Standard temperature and pressure - STP
• Mole concept in Balanced chemical equations
• Solved examples
Chapter 10.7
• Molarity of solutions
• Solved examples
11. Chapter 11 - Rate of Chemical reactions
• Factors which influence the rate
Chapter 11.1
• More factors which influence the rate
• Reversible and irreversible reactions
• Forward and backward reactions
Chapter 11.2
• Equilibrium in reversible reactions
Chapter 11.3
• Factors which affect the equilibrium in reversible reactions
• Le Chateliers's Principle
12. Chapter 12 - Reactivity series and Electrochemistry
• Varying reactivity of metals
Chapter 12.1
• Reaction between Zinc and Copper sulphate solution
• Displacement of Copper by Zinc
Chapter 12.2
• Reaction between Copper and Silver nitrate solution
• Displacement of Silver by Copper
Chapter 12.3
• Galvanic cell using zinc and copper
• Salt bridge
• Corrosion of metals
Chapter 12.4
• Galvanic cell using copper and silver
• Direction of flow of electrons
• Which is anode? Which is cathode?
• Primary cells and secondary cells
Chapter 12.5
• Electrolytic cell
• Electrolysis
Chapter 12.6
• Electrolysis of water
• Electrolysis of molten sodium chloride
• Electrolysis of sodium chloride solution
13. Chapter 13 - Production of Metals
• Difference between mineral and ore
• Stages in the production of metals
• Methods for the concentration of ores
Chapter 13.1
• Extraction and refining
• Electrolytic refining
Chapter 13.2
• Industrial production of iron
• Steel alloys and their properties
Chapter 13.3
• Production of aluminium
• Production of copper
14. Chapter 14 - Nomenclature of Organic Compounds
• Open or straight chain hydrocarbons
• Branched chain hydrocarbons
• Alkyl radicals
Chapter 14.1
• Nomenclature of hydrocarbons with one branch
• Longest chain or main chain
• Position of branch
• Name of branch
Chapter 14.2
• Nomenclature of hydrocarbons with more than one branch
• Longest chain or main chain
• Positions of branches
• Name of branches in alphabetical order
Chapter 14.3
• Nomenclature of hydrocarbons with repeating branches
• Longest chain or main chain
• Positions of second chain to be considered
• Two identical branches at the same position
Chapter 14.4
• Molecular structure when IUPAC name is given
Chapter 14.5
• Nomenclature of unsaturated hydrocarbons
Chapter 14.6
• Molecular structure when IUPAC nomenclature of unsaturated hydrocarbons are given
Chapter 14.7
• Functional groups
• Hydroxyl group
Chapter 14.8
• Aldehyde group
Chapter 14.9
• Keto group
Chapter 14.10
• Carboxyl group
Chapter 14.11
• Halo group
Chapter 14.12
• Alkoxy group
Chapter 14.13
• Alkoxy group
Chapter 14.14
• Isomerism
Chapter 14.15
• Isomerism in alicyclic compounds
15. Chapter 15 - Chemical Reactions of Organic compounds
• Substitution reaction
• Addition reaction
• Polymerisation
Chapter 15.1
• Combustion
• Thermal cracking
Chapter 15.2
• Some important organic compounds
• Alcohols, carboxylic acids, esters and aromatic compounds
cont..
• Elements and Compounds
• Atoms and Molecules
• Symbols of Elements
Chapter 1.1
• Chemical formula of Compound
Chapter 1.2
• Chemical equations of reactions
• Balanced Chemical equations
2. Chapter 2 - Mass of Protons, Neutrons and Electrons
• Atomic mass unit
• Bohr model of Atom
Chapter 2.1
• Bohr Model
• Atomic number and mass number
• Electronic configuration
Chapter 2.2
• Electronic configuration - Solved examples
Chapter 2.3
• Isotopes, Isobars, and Isotones
• Solved examples
3. Chapter 3 - Chemical bonding
• Ionic bond
• Octet rule
Chapter 3.1
• Cations and Anions
Chapter 3.2
• Covalent bond
Chapter 3.3
• Electronegativity and Polar nature
Chapter 3.4
• Valency of elements
Chapter 3.5
• Chemical formula from valency
Chapter 3.6
• Oxidation and reduction
• Oxidation number
• Oxidising agent and reducing agent
Chapter 3.7
• Calculation of oxidation number
4. Chapter 4 - The Periodic Table
• Number of shells
• Electron configuration
Chapter 4.1
• Families in the periodic table
• Periodic trends
Chapter 4.2
• More periodic trends
• Solved examples
Chapter 4.3
• More solved examples
5. Chapter 5 - Non-metals
• Properties and preparation
• Preparation of Oxygen
Chapter 5.1
• Reaction of oxygen with metals
Chapter 5.2
• Preparation of Nitrogen
Chapter 5.3
• Details about Hydrogen and Chlorine
6. Chapter 6 - Acids, Alkalies and Salts
• Non-metallic oxides
• Acid rains
Chapter 6.1
• Details about Acids
Chapter 6.2
• Details about Alkalies and the pH scale
Chapter 6.3
• Practical applications of the pH scale
• Salts formed from neutralisation reactions
Chapter 6.4
• Practical applications of the pH scale
7. Chapter 7 - Compounds of Non-metals
• Ammonia
• Preparation, properties and uses
Chapter 7.1
• Sulphuric acid
• Preparation, properties and uses
Chapter 7.2
• Hydrogen chloride
• Preparation, properties and uses
Chapter 7.3
• Nitric acid
• Preparation, properties and uses
8. Chapter 8 - Carbon and it's compounds
• Bonding in carbon compounds
• Catenation
• Reasons for the existence of a very large number of carbon compounds
Chapter 8.1
• Actual arrangement of atoms in a carbon compound
• Homologous series
• Alkane series
Chapter 8.2
• Alkene series
Chapter 8.3
• Alkyne series
Chapter 8.4
• Classification and Nomenclature of Hydrocarbons
Chapter 8.5
• Classification and Nomenclature of Cyclic hydrocarbons
Chapter 8.6
• 3D arrangement of atoms in the molecules of hydrocarbons
Chapter 8.7
• Allotropes of carbon
Chapter 8.8
• Inorganic compounds of carbon
9. Chapter 9 - Electronic configuration and periodic table
• Principal energy levels or Main shells K, L, M, N
• Sub energy levels or subshells s, p, d, f
• Electronic configuration from Hydrogen to Sodium
Chapter 9.1
• Electronic configuration from Magnesium to Titanium
Chapter 9.2
• Electronic configuration from Vanadium to Zinc
Chapter 9.3
• Arrangement of elements into blocks in the periodic table
• Determining the block and period number of any element from it's subshell electronic configuration
Chapter 9.4
• Determining the group number of any element from it's subshell electronic configuration
• Solved examples
Chapter 9.5
• Properties of s-block and p-block elements
• Periodic trends
Chapter 9.6
• Properties of d-block and f-block elements
• Variable oxidation states
• Periodic trends
• Solved examples
10. Chapter 10 - Mole concept
• Basics about mole concept
Chapter 10.1
• Avogadro number
• Gram atomic mass (GAM)
Chapter 10.2
• Application of Gram atomic mass (GAM)
Chapter 10.3
• Avogadro number
• Gram molecular mass (GMM)
Chapter 10.4
• Conversion of mass into 'number of moles'
• Solved examples
Chapter 10.5
• Conversion of 'number of moles' into mass
• Solved examples
Chapter 10.6
• Standard temperature and pressure - STP
• Mole concept in Balanced chemical equations
• Solved examples
Chapter 10.7
• Molarity of solutions
• Solved examples
11. Chapter 11 - Rate of Chemical reactions
• Factors which influence the rate
Chapter 11.1
• More factors which influence the rate
• Reversible and irreversible reactions
• Forward and backward reactions
Chapter 11.2
• Equilibrium in reversible reactions
Chapter 11.3
• Factors which affect the equilibrium in reversible reactions
• Le Chateliers's Principle
12. Chapter 12 - Reactivity series and Electrochemistry
• Varying reactivity of metals
Chapter 12.1
• Reaction between Zinc and Copper sulphate solution
• Displacement of Copper by Zinc
Chapter 12.2
• Reaction between Copper and Silver nitrate solution
• Displacement of Silver by Copper
Chapter 12.3
• Galvanic cell using zinc and copper
• Salt bridge
• Corrosion of metals
Chapter 12.4
• Galvanic cell using copper and silver
• Direction of flow of electrons
• Which is anode? Which is cathode?
• Primary cells and secondary cells
Chapter 12.5
• Electrolytic cell
• Electrolysis
Chapter 12.6
• Electrolysis of water
• Electrolysis of molten sodium chloride
• Electrolysis of sodium chloride solution
13. Chapter 13 - Production of Metals
• Difference between mineral and ore
• Stages in the production of metals
• Methods for the concentration of ores
Chapter 13.1
• Extraction and refining
• Electrolytic refining
Chapter 13.2
• Industrial production of iron
• Steel alloys and their properties
Chapter 13.3
• Production of aluminium
• Production of copper
14. Chapter 14 - Nomenclature of Organic Compounds
• Open or straight chain hydrocarbons
• Branched chain hydrocarbons
• Alkyl radicals
Chapter 14.1
• Nomenclature of hydrocarbons with one branch
• Longest chain or main chain
• Position of branch
• Name of branch
Chapter 14.2
• Nomenclature of hydrocarbons with more than one branch
• Longest chain or main chain
• Positions of branches
• Name of branches in alphabetical order
Chapter 14.3
• Nomenclature of hydrocarbons with repeating branches
• Longest chain or main chain
• Positions of second chain to be considered
• Two identical branches at the same position
Chapter 14.4
• Molecular structure when IUPAC name is given
Chapter 14.5
• Nomenclature of unsaturated hydrocarbons
Chapter 14.6
• Molecular structure when IUPAC nomenclature of unsaturated hydrocarbons are given
Chapter 14.7
• Functional groups
• Hydroxyl group
Chapter 14.8
• Aldehyde group
Chapter 14.9
• Keto group
Chapter 14.10
• Carboxyl group
Chapter 14.11
• Halo group
Chapter 14.12
• Alkoxy group
Chapter 14.13
• Alkoxy group
Chapter 14.14
• Isomerism
Chapter 14.15
• Isomerism in alicyclic compounds
15. Chapter 15 - Chemical Reactions of Organic compounds
• Substitution reaction
• Addition reaction
• Polymerisation
Chapter 15.1
• Combustion
• Thermal cracking
Chapter 15.2
• Some important organic compounds
• Alcohols, carboxylic acids, esters and aromatic compounds
cont..
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