1. Bleaching Powder

00.05.32

2. Compressed natural gas (CNG)

00.04.16

3. Manufacturing of steel (Bassemer converter)

00.03.13

4. Extraction of iron

00.02.04

5. Natural rubber

00.00.59

6. Cement

00.01.26

7. Contact process for the manufacture of sulphuric acid

00.08.17

8. Haber Process (manufacture of Ammonia)

00.02.30

9. Industrial preparation of Hydrogen

00.03.07

10. Ostwald’s Process (Manufacturing of dilute nitric acid)

00.03.02

11. Solvay process (manufacture of washing soda)

00.04.24

12.Extraction of silver

00.00.52

13. Extraction of mercury

00.00.47

1. Hoope’s process for refining aluminum

00.01.56

2. Alloys and their uses

00.04.17

3. Metallurgy

00.01.59

4. Allotropic forms of phosphorous

00.03.37

5. Chemical Properties of phosphorous

00.03.32

6. Lead

00.00.40

1. Fire extinguishers

00.01.38

1. Catalytic Converter

00.06.19

2. Photo-oxidation

00.03.39

3. Methods to raise octane number

00.01.26

1. Carbon monoxide (CO)

00.01.03

2. Preparation of Carbon dioxide

00.01.48

3. Destructive distillation of coal

00.02.47

4. Difference between diamond and graphite

00.04.39

5. Destructive distillation of wood

00.01.11

6. Soot

00.00.54

7. Fullerene

00.01.23

8. Charcoal

00.01.20

9. Chemical properties of carbon dioxide

00.04.31

10. Introduction (carbon compounds)

00.01.02

11. Occurrence of carbon

00.00.47

12. Chemical properties of carbon

00.02.07

1. Corrosion

00.04.21

2. Reaction of metals with water

00.02.35

3. Reaction of metallic oxide with water

00.02.58

4. Physical properties of alkali metals

00.03.49

5. Reaction of metals with chlorine

00.01.09

6. Chemical properties of metals

00.01.16

7. Uses of metals and non metals

00.02.38

8. Conduction of electricity

00.02.37

9. The relative Reactivity’s of metals

00.01.29

10. Methods of preventing corrosion

00.04.23

11. Actinide series

00.00.54

12. Reaction of metal oxides with acid

 

13. Chemical properties of alkali metal elements and their uses

00.03.51

14. Flame test

00.01.32

15. Reaction of metals with oxygen

00.04.44

16. Reaction of metals with hydrogen

00.01.06

17. Silver nitrate (AgNo3)

00.01.05

18. Silver halides

00.03.03

1. Hydrogen

00.01.22

2. Position of hydrogen in the periodic table

00.01.24

3. Chemical properties of Hydrogen

00.03.21

4. Physical properties of hydrogen

00.01.33

5. Classification of hydrides

00.02.07

6. Hydrogen Economy

00.00.50

7 Isotopes of Hydrogen

00.01.44

8. Hydrogen spectrum

00.06.20

9. Uses of hydrogen

00.02.46

1. IUPAC nomenclature of complexes

00.04.29

2. Geometry of K3 [Fe (CN) 6]

00.03.51

3. Geometry of [Co (NH3) 6] 2+

00.04.20

4. Geometry of [Fe (H2O) 6] 3+

00.02.01

5. Geometry of [K4(CN6)]

00.02.02

6. Tetrachloro nickelate II (Ni Cl4)2-

00.01.37

7. Coordination number and geometry of complexes

00.02.41

8. Coordination compounds

00.02.13

9. SP3d2 Hybridization in SF6

00.01.28

10. Classification of ligands

00.03.26

1. Carbon

00.02.34

2. Carbon dioxide

00.02.23

3. Structure of ozone and its importance

00.01.49

4. Chemical properties of dilute sulphuric acid

00.01.57

5. Physical properties of sulphuric acid

00.02.13

6. Physical properties of sulphur dioxide

00.01.29

7. Reaction of sulphur with metals

00.03.37

8. Chemical reactivity of nitrogen

00.01.47

9. Sulphur

00.02.28

10. Chemical properties of sulphur dioxide I

00.06.49

11. Chemical properties of sulphur dioxide II

00.05.01

12. Experiment to demonstrate properties of charcoal

00.02.28

13. Preparation of oxygen from hydrogen peroxide

00.01.11

14. Physical properties of ammonia

00.02.29

15. Sulphur dioxide and its uses

00.01.03

16. Stability towards heat and solubility of oxo compounds

00.01.46

17. Properties of Phosphines

00.00.39

18. Sulphuric acid

00.01.39

19. Uses of sulphuric acid

00.00.36

20. Ammonia and its uses

00.02.06

21. Carbides

00.03.56

22. Compounds of phosphorous

00.00.59

1. Diagonal relation of beryllium with aluminium

00.02.20

2. Magnesium

00.03.24

3. Calcium hydroxide

00.02.24

4. Compounds of sodium

00.03.43

5. Reaction of sodium bicarbonate with hydrochloric acid

00.01.08

1. Metallic and non-metallic properties in a period

00.01.55

2. Mendeleev’s periodic law

00.03.53

3. Newland's law of octaves

00.01.08

4. Dobereiner's law of triads

00.01.30

5. Modern periodic table

00.12.42

6. Oxidation states and periodic table II

00.03.03

7. Oxidation states and periodic table I

00.03.58

8. Ionization energy

00.02.12

9. Electron affinity

00.03.55

10. Factors affecting magnitude of electron affinity

00.05.08

11. Atomic size and ionization potential (transition element)

00.01.40

12. Atomic radius

00.05.12

13. Orbits and Orbitals

00.06.16

1. Electron Configurations of transition metal elements

00.03.55

2. Oxidation states (Transition elements)

00.03.42

3. Lanthanide Series

00.00.26

4. Lanthanide Contraction

00.00.58

5. Colour of complex compounds

00.01.58

6. Geometrical and Optical isomerism in complex compounds

00.03.56

7. Oxidation states (Lanthanides)

00.01.24

8. Tendency of the transition metal ions to form complexes

00.02.59

9. Catalytic property

00.01.40

10. Potassium dichromate (K2Cr2O7)

00.02.35

1. Effects of hard water

00.01.15

2. EDTA Titration Method

00.03.30

3. Water as a solvent

00.05.10

4. Deionization of water

00.02.55

5. Self ionization of water

00.02.55

6. Method to remove permanent hardness in water

00.06.22

7. Heavy water

00.00.47

1. Industrial production of ABS and LAS

00.01.51

2. Cleansing action of soaps and detergents

00.06.26

3. Soaps and detergent

00.03.34

4. Anionic detergents

00.00.43

1. Industrial Production of Ethanol

00.01.05

2. Ethers

00.01.49

3. Electrophilic substitution in alkly aryl ethers

00.01.26

4. Production of ethanol

00.05.43

5. Properties of ethanol

00.06.03

6 Alcohols and their classification

00.01.49

1. Huckel's rule

00.01.23

2. Reimer-Tiemann reaction

00.00.33

3. Polynuclear hydrocarbons and their toxicity

00.00.55

4. Mono and disubstituted derivatives of benzene

00.04.14

5. Fries rearrangement

00.00.36

6. Aromatic Hydrocarbons (Arenes)

00.01.02

7. Chlorination of benzene

00.01.57

8. Sulphonation of benzene

00.02.13

9. Directing groups and their directive effects

00.02.18

10. Alkylation of benzene

00.02.19

11. Acylation of benzene

00.01.29

12. Nitration of benzene

00.01.49

13. Heat of Hydrogenation and resonance in Benzene

00.05.26

1. Electronic structure of carboxylic acid

00.00.33

2. Classification of carbonyl compounds

00.01.49

3. Aldol condensation

00.05.03

4. Properties of carboxylic acid

00.02.58

5. Chemical Properties of carboxylic acid

00.02.16

6. Physical properties of aldehydes and ketones

00.03.53

7. Methane

00.01.56

8. Preparation of propanone

00.00.45

1 Direct dyes

00.00.27

2 Disperse dyes

00.00.31

3. Basic dyes

00.00.31

1 Properties of polymers

00.02.54

2 Butyl Rubber

00.00.37

3 Polymerization reaction

00.01.45

4 Polymers

00.02.33

5. Addition polymerization (Free radical addition polymerization)

00.03.06

6. Condensation polymer

00.02.06

7. Polythene

00.01.03

8. Polyvinyl chloride (PVC) & polystyrene

00.01.37

9. Coordination polymerization and ziegler- natta catalyst

00.03.54

10. Ionic addition Polymerization

00.04.52

11. Bakelite

00.01.14

1. Separation of primary, secondary and tertiary amines

00.01.16

2. Hoffmann reaction

00.02.03

3. Isocyanide compounds

00.01.41

1. General methods of preparation of alkene

00.01.28

2. Reactions of Alkanes

00.01.53

3. Organic compounds

00.02.02

4. IUPAC Nomenclature (II) - Nomenclature of branched alkanes

00.08.18

5. Nomenclature and isomerism

00.02.09

6. Structural isomerism in alkanes

00.03.27

7. Diene Compounds

00.01.28

8. Re-arrangement reaction

00.00.46

9. Geometrical isomerism in Hydrocarbons

00.05.38

10. Addition reaction of alkenes

00.03.17

11. Alkynes

00.05.02

12. Nomenclature and properties of geometric isomers

00.05.36

1. Classification of alkyl halides

00.02.39

2. Nucleophilic Substitution Reactions of Organic Halides

00.02.58

3. Properties of organic Halides

00.04.12

1. Nomenclature of aldehydes and ketones

00.02.41

2. Classification of functional groups I

00.01.35

3. Classification of functional groups II

00.02.54

4. Nomenclature of amines

00.02.40

5. IUPAC Nomenclature (I)

00.01.48

1. Configuration and conformation

00.01.01

2. Conformational analysis in ethane

00.03.43

3. Conformational analysis in propane

00.00.38

4. Conformational analysis in butane

00.01.46

5. Conformational analysis in cyclohexane

00.01.49

6. Fischer projection formula

00.01.04

7. Absolute configuration

 

8. Enantiomers, meso forms and diastereoisomers

00.04.57

9 Chirality and Molecular asymmetry

00.03.04

10 Origin of chirality

00.01.32

11 Enantiomers and distereoisomers

00.01.13

1. Simple oxides of Metals and Non-Metals

00.04.32

2. Uses of oxides of metals and non metals

00.03.54

1. Acids, bases and salts

00.06.10

2. Indicators

00.07.01

3. Strong and weak acid

00.02.24

4. PH scale

00.03.49

5. Limitations of PH scale

00.02.03

6. Basic buffer

00.04.44

7. Neutralization

00.02.58

8. Acids bases titrations

00.01.29

9. Acidic Buffer

00.06.09

10. Arrhenius theory of acids & bases

00.05.21

11. Lowry-Bronsted theory acids and bases

00.06.17

12. Lewis theory of acids and bases

00.04.40

13. Reaction of metal carbonates with acids

00.02.21

14. Solubility and saturation

00.03.21

15. Classification of salts

00.05.18

16. Ionization of acids and bases

00.01.33

17. Bases in some materials

00.01.32

1. What is an atom?

00.01.33

2. Valency

00.06.07

3. Electron sea model

00.00.46

4. Molecular formula

00.03.47

5. Constitution of atomic nucleus

00.01.58

6. Electronic configuration of elements

00.06.21

7. Variable Valency

00.03.01

8. Modern Atom

00.02.30

9. Rutherford’s atomic model

00.02.36

10. Bohr's atom model

00.05.44

11. Concentration of solution

00.02.39

12. Radicals

00.00.34

13. Valence bond theory

00.02.43

14. VSEPR theory

00.04.00

1. Names and formulae of simple compounds

00.00.43

2. Formulae of compound (Using Valancies)

00.02.34

3. Balancing of equations

00.02.38

4. Chemical equation

00.02.37

5. Chemical formulae

00.01.20

6. Mass percentage of an element

00.01.40

7. Empirical formula

00.02.14

1. Hydrogen bonding

00.06.08

2. Types of Hydrogen bonding

00.01.05

3. Significance of hydrogen bonding

00.02.31

4. Chemical bond in hydrogen molecule

00.01.25

5. Vander walls Forces (Intermolecular Forces)

00.03.52

6. Types of van der waals forces

00.04.55

7. Structure of silicon dioxide and carbon dioxide

00.05.59

8. Fission of a covalent bond

00.06.46

9. Metallic Bonding

00.07.08

10. Polarity of bonds

00.04.51

11. Resonance structure

00.02.23

12. Electronic substitution in covalent bond

00.02.14

13. Energy changes in formation of covalent bond

00.01.16

14. Molecular solids

00.00.59

15. Electrovalent or ionic compounds and its properties

00.03.44

16. Brittleness in ionic crystals

00.01.08

17. Formation of covalent molecules or compounds

00.02.56

18. Ionic crystals and their properties

00.04.18

19. Bond order

00.01.13

20. Hybridization of atomic orbitals

00.03.04

21. Chemical bonding

00.05.43

22. Electrovalent bond (Ionic bond)

00.03.30

23. Covalent bond or Molecular bond

00.04.12

24. Coordinate bond

00.02.41

25. Polar and non polar covalent Bonds

00.03.11

26. Types of covalent bond and lewis representation

00.03.18

27. Difference between Electrovalent (ionic) and covalent compounds

00.08.59

1. Changes around us- I

00.04.58

2. Changes around us- II

00.03.34

3. Desirable and undesirable changes

00.02.15

1. Requirements of equilibrium state

00.00.59

2. Characteristics of equilibrium constant

00.01.16

3. Effect of Pressure on Equilibrium

00.01.19

4. Le Chatelier's principle

00.02.36

5. Shifting of equilibrium on changing Temperature

00.01.00

6. Equilibrium constant of calcium carbonate

00.04.06

7. Acid Dissociation equilibrium constant Ka

00.02.29

8. Base Dissociation equilibrium constant Kb

00.02.13

9. Types of equilibrium

00.02.15

1. Activation energy

00.07.30

2. Kinetic molecular theory of gases

00.01.20

3. Rates of reaction and concentrations

00.02.47

4. Effect of a catalyst on equilibrium

00.01.19

5. Molecularity

00.01.17

6. Reaction involving slow steps

00.01.49

7. Ether formation from alkyl halides

00.01.26

8. Rate of Reaction

 

9. Redox reaction

00.00.54

10. Integrated rate law of first order reaction

00.02.44

11. Oxidation numbers

00.04.09

1. Combination reaction

00.02.38

2. Decomposition reaction

00.01.55

3. Displacement reaction

00.02.44

4. Double decomposition reaction

00.02.41

5. Chemical reaction

00.01.15

6. Chemical Reaction and their Characteristic

00.04.00

7. Elimination reaction

00.00.35

1. Degree of dissociation

00.02.12

2. Molal depression measurement method

00.00.47

3. Degree of association

00.01.44

4. Colligative properties of solution

00.02.06

5. Van't hoff factor i

00.03.09

6. Depression of freezing point and molecular weight

00.04.18

1. Standard hydrogen electrode

00.01.23

2. Use of standard hydrogen electrode as an anode

00.05.51

3. Applications of electrolysis I

00.03.50

4. Applications of electrolysis II

00.05.59

5. Electrical resistance

00.01.39

6. Electrolytes

00.01.32

7. Electrolysis of water

00.03.52

8. Factors affecting product of electrolysis I

00.04.27

9. Factors affecting product of electrolysis II

00.06.09

10. Solutions and their properties

00.02.15

11. Electrolysis

00.05.14

12. Acid solutions conduct electricity

00.01.46

13. The dry cell

00.01.03

14. Difference between electrochemical and electrolytic cell

00.01.56

15. Differences between conductors and electrolytes

00.01.16

16. Oxidation reduction and electron transfer method

00.01.09

17. Lead acid storage battery

00.04.46

18. Conduction of electricity in water

00.00.47

1. Compounds

00.00.58

1. Isotopes

00.01.47

1. Osmotic pressure measurement method

00.00.54

1. Factors affecting rate of reactions

00.07.01

1. Structure of simple ionic compound

00.02.07

2. Effect of change in pressure on the state of matter

00.04.10

3. Changes in the state of matter

00.01.09

4. Liquid crystal

00.04.15

5. Diffusion

00.02.50

6. Graham’s Law of Diffusion of Gases

00.03.22

7. States of matter

00.03.18

8. Properties of different states of matter

00.06.36

9. Arrangement and diffusion of molecules in solids, liquids and gases

00.02.53

10. Changeable states of matter

00.03.02

11. Effect of change in temperature on the state of matter

00.05.25

1. Uses of oxygen

00.03.15

2. Uses of steel

00.01.34

1. Chemical properties of conc. sulphuric acid

00.03.15

2. Lime (Cao)

00.00.39

3. Reaction between baking soda and vinegar

00.01.35

4. Properties of material

00.07.57

1. Atomic imperfections

00.03.28

2. Cubic close - packed structure

00.03.07

3. MX type of ionic compounds

00.01.27

1. Aufbau principle

00.02.16

2. Quantum numbers

00.05.52

1. Spontaneous processes

00.01.37

2. Basic concepts of thermodynamics -II

00.03.15

3. Coffee cup calorimeter

00.04.06

1. Application of isotopes

00.02.04

2. Isobars

00.02.03

3. Canal rays

00.01.28

1. Mixtures

00.03.36

2. Properties of a Colloids

00.03.08

3. Suspensions and their properties

00.03.26

4. Preparation of colloidal solution II

00.04.22

5. Preparation of Colloidal Solution I

00.03.32

6. Solid liquid mixture

00.04.33

7. Types of solutions

00.02.51

8. Evaporation(Mechanism)

00.01.49

9. Vapour pressure of a solvent

00.01.59

10. Factors affecting vapour pressure of solvent

00.02.52

11. Sublimation

00.01.17

12. Centrifugation

00.02.05

13. Distillation

00.01.34

14. Liquid - gas mixture

00.01.57

15. Separation of dye in black ink using chromatography

00.02.13

16. Separating the rare gases form air (Ramsay’s experiment)

00.02.56

17. Crystallization

00.01.43

18. Evaporation

00.01.20

19 Solid solution

00.01.03

20 Liquid –Liquid mixture

00.04.13

1. Solar Cells

00.05.38

2. Solar cooker

00.06.23

3. Wind energy

00.03.39

4. Windmills

00.07.02

5. Flames

00.04.56

6. Nuclear energy

00.01.04

7. Renewable sources of energy

00.02.06

8. Combustion and its types

00.01.48

1. Octane number of gasoline

00.01.21

1. Laboratory preparation of Hydrogen

00.01.31

2. Laboratory preparation of oxygen

00.03.00

1. Structure of the Earth

00.01.46

2. Water Vapor

00.01.17

3. Life on earth

00.03.46

4. Dust And Smoke

00.00.55

5. Air

00.01.59

6. Composition of air

00.03.21

1. Causes of air pollution

00.02.54

2. Acid rain

00.05.04