chemistry topic name duration part chapter 01 : solid state pradesh/english - 7.3 - std 01-12... ·...

Chemistry

Topic Name Duration

Part

Chapter 01 : Solid state

1. Solid State 00.02.05

2. Properties of Different States of Matter 00.06.16

3. Difference Between Electrovalent (Ionic) and Covalent Compounds

00.07.31

4. Electrovalent or Ionic Compounds and their Properties 00.03.46

5. Malleability in Metals 00.02.52

6. Physical Properties of Metals 00.06.56

7. Covalent or Network Solids 00.04.47

8. Difference Between Diamond and Graphite 00.04.46

9. Structures of Silicon Dioxide and Carbon Dioxide 00.05.48

10. Unit Cells in Crystal Lattices or Space Lattices Part-II 00.05.57

11. The Sodium Chloride Lattice 00.04.19

12. Primitive Unit Cells (Part - I) 00.05.18

13. Primitive Unit Cells (Part - II) 00.04.55

14. Number of Particles in a Cubic Unit Cell 00.06.32

15. Face Centred Cubic Crystal Lattice-ABCABC Arrangement

00.05.12

16. Simple Cubic Crystal Lattices (AAA Arrangement) 00.03.15

17. Packing Efficiency in a BCC Lattice 00.00.00

Chemistry

Topic Name Duration

18. Packing Efficiency in Simple Cubic Lattice 00.00.00

19. Density of a Cubic Crystalline Solid 00.00.00

20. Atomic Imperfections 00.03.30

21. Schottky Defect 00.00.00

22. Electrical Conductivity : Liquids 00.00.00

23. Conductors 00.02.16

24. Semiconductors 00.07.05

25. Semiconductors (Introduction) 00.02.42

26. Silicon and Germanium Semiconductors 00.02.33

27. Intrinsic Semiconductors 00.03.42

28. Extrinsic Semiconductor (Part-2) 00.02.51

29. Extrinsic Semiconductor (Part-1) 00.04.02

30. P-type semiconductor 00.00.55

31. p-n Junction Diode (Part-1) 00.03.43

32. p-n Junction Diode (Part-2) 00.04.26

33. Photodiode 00.02.11

34. Transistors 00.04.37

35. Diamagnetism, Paramagnetism, and Ferromagnetism 00.03.46

36. Para-Magnetism 00.02.59

37. Diamagnetism 00.01.46

Chemistry

Topic Name Duration

Chapter 02 : Solutions

1. Types of Solutions 00.00.56

2. Formation of a Solution 00.03.36

3. Concentration of Solution 00.02.40

4. Concentrations of Solutions Molarity (M) 00.05.50

5. Calculation of Molality 00.02.10

6. Concentration of Solutions Molality (m) 00.03.11

7. Normality 00.00.00

8. Formality 00.00.00

9. Solubility and Saturation 00.03.12

10. Solvents and Solutes 00.02.00

11. Molecular Size and Solubility 00.02.02

12. Factors Affecting the Solubility of a Solute in a Solvent 00.07.14

13. Henry's Law 00.02.28

14. Application and Explanation of Henry's Law 00.06.08

15. Effect of Temperature on the Solubility of Gases and Thermal Pollution

00.04.49

16. Vapour Pressure of a Solvent 00.01.57

17. Lowering in Vapour Pressure 00.00.00

18. Numericals: Lowering In Vapour Pressure 00.02.57

Chemistry

Topic Name Duration

19. Raoult's Law 00.00.00

20. Volatile Liquids 00.00.00

21. Colligative Properties of a Solution 00.02.09

22. Factors Affecting Vapour Pressure of a Solvent 00.02.56

23. Elevation in Boiling Point 00.00.00

24. Numericals: Elevation In Boiling Point 00.04.47

25. Depression in Freezing Point 00.05.35

26. Measuring Depression in Freezing Point Using Beckmann's Method

00.02.03

27. Depression in Freezing Point 00.00.00

28. Osmosis and Osmotic Pressure 00.04.50

29. The Degree of Dissociation 00.02.51

30. Dissociation and Association 00.03.37

31. Degree of Association 00.02.46

32. Abnormal Molar Masses 00.06.40

33. Van't Hoff Factor (i) 00.03.11

Chapter 03 : Electrochemistry and chemical kinetics

1. Electrolysis 00.05.16

2. Applications of Electrolysis (Part-I) 00.03.55

3. Applications of Electrolysis (Part-II) 00.06.01

Chemistry

Topic Name Duration

4. Electroplating Activity 00.00.00

5. Electrolytes 00.01.28

6. Daniell Cell 00.00.00

7. Electrical Resistance (Solutions) 00.01.39

8. Differences Between Metallic Conductors And Electrolytes

00.01.43

9. Types of Electrodes 00.04.20

10. Difference Between Electrochemical Cell and Electrolytic Cell

00.01.58

11. Daniel Cell 00.02.05

12. Standard Hydrogen Electrode 00.01.47

13. Galvanic Cell And Salt Bridge 00.03.20

14. EMF of a Galvanic Cell 00.03.02

15. Electrode Potential and Standard Electrode Potential 00.04.41

16. Use of Standard Hydrogen Electrode as an Anode 00.05.59

17. Use of Standard Hydrogen Electrode as a Cathode 00.05.00

18. Nernst Equation 00.03.38

19. Nernst Equation for a Concentration Cell 00.03.40

20. Numerical: Nernst Equation 00.01.20

21. Calculating Emf of a Concentration Cell 00.00.00

22. Conduction of Electricity in Water 00.00.50

23. Concentration Cell 00.02.15

Chemistry

Topic Name Duration

24. Electrolytic or Ionic Conductance 00.02.50

25. Kohlrausch's Law of Independent Migration of Ions 00.05.22

26. The Common Component of all Acids 00.00.00

27. Faraday's First Law of Electrolysis 00.07.17

28. Faraday's Second Law of Electrolysis 00.02.41

29. Electroplating 00.02.56

30. Factors Affecting the Products of Electrolysis (Part-I) 00.04.29

31. Factors Affecting the Products of Electrolysis (Part-II) 00.06.11

32. Electrolysis of Aqueous Cupric Chloride (CuCl₂ ) 00.01.38

33. The Dry Cell 00.00.00

34. Lead Acid Storage Battery 00.04.47

35. Electric Cell 00.01.49

36. Solid State Cell 00.00.59

37. Commercial Cells 00.03.46

38. Button Cell 00.00.56

39. Fuel Cell 00.04.17

40. Corrosion 00.04.23

41. Rate of Reaction (Effect of Surface Area and Catalyst) 00.04.17

42. Average and Instantaneous Rate of Reaction 00.07.38

43. Initial Rate Method 00.00.00

Chemistry

Topic Name Duration

44. Rate of Reaction 00.00.00

45. Differential Rate Law Expression 00.02.59

46. Kinetics of First Order Reaction 00.00.00

47. Kinetics of Second Order Reaction 00.00.00

48. Reaction Involving Slow Steps 00.01.39

49. Molecularity 00.01.21

50. Integrated Rate Laws (Zero Order And First Order Reactions)

00.03.59

51. Zero Order Reaction 00.03.55

52. Reaction Involving Two Successive First Order Steps 00.01.07

53. Carbon-14 Decay 00.00.00

54. Half Life of a Reaction 00.04.47

55. Pseudo First Order Reaction 00.01.34

56. Collision Theory 00.07.19

Chapter 04 : Surface chemistry

1. Adsorption 00.07.26

2. Adsorption and the Nature of Adsorbent 00.04.27

3. Adsorption Isotherm 00.00.00

4. Homogeneous Catalysts 00.03.40

5. Heterogeneous Catalysts 00.03.20

Chemistry

Topic Name Duration

6. Enzymes as biocatalysts 00.03.22

7. Haber Process (Manufacture of Ammonia) 00.02.26

8. Ostwald's Process (Manufacturing of Dilute Nitric Acid) 00.03.04

9. Contact Process for the Manufacture of Sulphuric Acid 00.08.19

10. Colloids and their Properties 00.05.34

11. Cleansing Capacity of Soap 00.00.00

12. Preparation of Colloidal Solution-II 00.03.34

13. Properties of a Colloid 00.03.10

14. Metals and Minerals 00.03.53

Chapter 05 : General principles of metallurgy

1. Principles of Extraction of Metals 00.04.52

2. Concentration of Ores 00.02.31

3. Aluminium 00.02.49

4. Extraction of Silver 00.00.54

5. Metallurgy (Roasting And Calcination) 00.01.15

6. Chemical Properties of Iron 00.03.01

7. Construction of a Blast Furnace 00.03.14

8. Extraction of Iron 00.02.05

9. Hoope's Process for Refining Aluminium 00.01.58

Chemistry

Topic Name Duration

10. Applications of Electrolysis (Part-II) 00.06.01

11. Manufacturing of Steel (Bessemer Converter) 00.03.13

12. Uses of Metals and Non Metals 00.02.39

Chapter 06 : p-block elements

1. Group 15 Elements: Electronic configuration 00.00.00

2. Periodic Trends in Atomic Radii 00.02.39

3. Factors Affecting Atomic Radii 00.05.19

4. Ionization Energy 00.02.54

5. Factors Affecting Electronegativity 00.04.08

6. Laboratory Preparation of Nitrogen Gas 00.00.00

7. Commercial Preparation of Nitrogen Gas 00.00.00

8. Properties of Nitrogen Gas 00.00.00

9. Haber Process (Manufacture of Ammonia) 00.02.26

10. Laboratory Preparation of Ammonia 00.03.55

11. Physical Properties of Ammonia 00.02.32

12. Ammonia and its Uses 00.01.52

13. Oxides of Nitrogen 00.03.25

14. Laboratory Preparation of Nitric Acid 00.05.11

15. Silver Nitrate (AgNO₃ ) 00.01.07

Chemistry

Topic Name Duration

16. Ostwald's Process (Manufacturing of Dilute Nitric Acid) 00.03.04

17. Allotropic Forms of Phosphorus 00.03.59

18. Compounds of Phosphorus 00.01.01

19. Preparation of Phosphine 00.04.41

20. Properties of Phosphine 00.04.25

21. Halides of Phosphorus 00.03.03

22. Chemical Properties of Phosphorus 00.03.34

23. Group 16 elements: Electronic configuration 00.00.00

24. Electron Affinity 00.04.03

25. Preparation of Oxygen from Hydrogen Peroxide 00.01.27

26. Laboratory Preparation of Oxygen 00.03.02

27. Reaction of Metals with Oxygen 00.04.46

28. Metals and Non Metals (Reaction with Oxygen) 00.03.42

29. Uses of Oxygen 00.03.15

30. Simple Oxides of Metals and Non Metals 00.04.34

31. Structure of Ozone and its Importance 00.01.51

32. Properties of Sulphur 00.03.30

33. Sulphur 00.02.22

34. Extraction of Sulphur 00.01.39

35. Reaction of Sulphur with Metals 00.03.39

Chemistry

Topic Name Duration

36. Laboratory Preparation of Sulphur Dioxide 00.03.04

37. Physical Properties of Sulphur Dioxide 00.01.30

38. Chemical Properties of Sulphur Dioxide - I 00.06.10

39. Chemical Properties of Sulphur Dioxide-II 00.06.31

40. Chemical Properties of Sulphur 00.02.13

41. Sulphur Dioxide and its Uses 00.01.05

42. Oxides & Oxyacids of Sulphur 00.07.33

43. Contact Process for the Manufacture of Sulphuric Acid 00.08.19

44. Physical Properties of Sulphuric Acid 00.02.14

45. Chemical Properties of Dilute Sulphuric Acid 00.02.20

46. Chemical Properties of Concentrated Sulphuric Acid 00.03.17

47. Uses of Sulphuric Acid 00.00.38

48. Atomic Radius and the Halogen Elements 00.03.24

49. Atomic Radius and its Types 00.02.52

50. Laboratory Preparation of Chlorine 00.02.03

51. Preparation of HCl 00.02.42

52. Inter-Halogen Compounds 00.05.56

53. Noble Gases 00.04.11

54. Electronic Configuration of Noble Gases 00.00.00

55. Xenon Fluorine Compounds 00.06.45

Chemistry

Topic Name Duration

56. Xenon Oxides (Structure and Hybridization) 00.05.01

Chapter 07 : d- and f- block elements & Coordination compounds

1. The Transition Elements (d-block) 00.03.54

2. Modern Periodic Table 00.06.30

3. Electronic Configuration of Transition Metal Elements 00.02.03

4. Atomic Size and Ionization Potential (Transition Element)

00.01.38

5. Oxidation States of d-Block Elements 00.00.00

6. The Colour of Transition Metal Ion Complexes - I 00.04.33

7. Atomic Imperfections 00.03.30

8. Alloys and their Uses 00.04.14

9. Solid Solution 00.01.05

10. Potassium Dichromate (K₂ Cr₂ O₇ ) 00.02.04

11. Potassium Dichromate as an Oxidizing Agent 00.03.51

12. The f-block Elements 00.00.00

13. Electronic Configurations of Lanthanides 00.00.00

14. Oxidation States of Lanthanides 00.00.00

15. Electronic Configurations of Actinides 00.00.00

16. Oxidation States of Actinides 00.00.00

17. Silver Halides (AgX) 00.03.05

Chemistry

Topic Name Duration

18. Photo-Oxidation 00.03.42

19. Introduction to Coordination Compounds 00.04.32

20. Werner’s Theory 00.03.33

21. Classification of Ligands 00.06.05

22. Coordination Number and Geometry of Complexes 00.02.41

23. Geometry of K₄ [Fe(CN)₆ ] based on its Magnetic Property

00.03.02

24. Geometry of K₃ [Fe(CN)₆ ] 00.03.38

25. Geometry of [Fe(H₂ O)₆ ]³⁺ 00.01.43

26. Homoleptic and Heteroleptic Complexes 00.03.24

27. IUPAC Nomenclature of Coordination Compounds 00.00.00

28. Geometrical and Optical Isomerism in Complex Compounds

00.03.58

29. Nomenclature of Geometric Isomers 00.02.26

30. Linkage Isomerism 00.00.00

31. Structural Isomerism in Coordination Compounds - I 00.00.00

32. Geometry of [Co(NH₃ )₆ ]²⁺ 00.00.00

33. Hydrogen Molecule : A VBT Approach 00.02.29

34. Relation between Geometry and Magnetic Properties of Transition Metal Complexes

00.03.30

Chapter 08 : Polymers

1. Classification of Polymers (Based On Their Sources) 00.01.31

Chemistry

Topic Name Duration

2. Characteristics of Polymers 00.02.37

3. Natural Rubber 00.00.59

4. Synthetic Polymers 00.04.47

5. Kevlar-The Bullet Resistant Polymer 00.04.03

6. Classification of polymers (Based on their Structures) 00.01.35

7. Classification Based on Polymerization Reaction 00.02.02

8. Tacticity of Polymers 00.03.16

9. Classification of Polymers (Based On Molecular Forces) 00.02.07

10. Effect of Heat on Polythene 00.02.45

11. Addition Polymerization (Free Radical Polymerization) 00.03.09

12. Polythene 00.04.00

13. Preparation of Teflon 00.02.54

14. Condensation Polymers 00.02.00

15. Synthetic Fibres 00.03.45

16. Melamine Polymer 00.00.32

17. Vulcanized Rubber 00.02.34

Chapter 09 : Biomolecules

1. Structure of Monosaccaharides 00.00.00

2. Sucrose 00.02.35

Chemistry

Topic Name Duration

3. Introduction to Disaccharides 00.02.40

4. Fermentation 00.02.01

5. Cellulose 00.01.30

6. Proteins 00.03.26

7. Amino Acids 00.06.11

8. Enzymes as biocatalysts 00.03.22

9. Vitamins 00.01.39

10. Nitrogen Bases 00.02.02

Chapter 10 : Chemistry in everyday life

1. Synthesis of Aspirin 00.04.22

2. Neutralization 00.03.14

3. Soaps and Detergents 00.03.36

4. Cleansing Capacity of Soap 00.00.00

Chapter 11 : Haloalkanes and haloarenes

1. Classification of Alkyl Halides 00.02.41

2. Classification of Organic Halides 00.04.48

3. Nomenclature of Halogenated Compounds 00.00.00

4. Inductive Effect 00.08.11

Chemistry

Topic Name Duration

5. Bond Length 00.04.44

6. Alkanes 00.04.30

7. Chlorination of Benzene 00.01.56

8. Sandmeyer's Reaction 00.00.00

9. Addition Reactions of Alkenes - II 00.03.20

10. Addition Reactions of Alkenes 00.02.54

11. Physical Properties of Alkyl Halides 00.05.46

12. Mechanism of a Nucleophilic Substitution Reaction 00.07.37

13. Chirality and Molecular Asymmetry 00.03.06

14. Origin of Chirality 00.01.35

15. Stereochemistry 00.04.03

16. Re-arrangement and Elimination Reactions 00.01.23

17. Haloarenes Nucleophilic Substitution Reactions (I) 00.04.37

18. Preparation of Phenol from Haloarenes 00.00.00

19. Haloarenes (Electrophilic Substitution Reactions) 00.06.30

20. Haloarenes Nucleophilic Substitution Reactions (II) 00.03.22

Chapter 12 : Organic compounds containing C,H and O

1. Alcohols and their Classification 00.01.50

2. Classification of Ethers 00.02.21

Chemistry

Topic Name Duration

3. Nomenclature of Alcohols 00.00.00

4. Nomenclature of Phenol 00.00.00

5. Nomenclature of Ether 00.00.00

6. Classification of Functional Groups (Part- 1) 00.04.52

7. Preparation of Alcohols from Alkenes 00.00.00

8. Preparation of Ethers by Dehydration of Alcohols 00.04.37

9. Preparation of Alcohols from Grignard Reagents 00.00.00

10. Preparation of Phenol from Haloarenes 00.00.00

11. Laboratory Preparation and Physical Properties of Phenol

00.03.25

12. Physical Properties of Alcohols 00.03.15

13. The Boiling Points of Alcohols and van Der Waals' Forces

00.03.22

14. The Boiling Points of Alcohols and Hydrogen Bonding 00.05.11

15. Acidity of Alcohols and Phenols 00.06.05

16. Chemical Properties of Phenol - I 00.04.52

17. Chemical Properties of Phenol - II 00.03.56

18. Esterification 00.00.00

19. Kolbe's Reaction 00.00.00

20. Reimer-Tiemann Reaction 00.00.36

21. Industrial Production of Ethanol 00.01.02

22. Properties of Ethanol 00.05.57

Chemistry

Topic Name Duration

23. Dehydration of Alcohols 00.04.32

24. Williamson Synthesis 00.05.28

25. Physical Properties of Ethers 00.05.00

26. Nucleophilic Substitution Reactions of Ethers 00.03.10

27. Carbonyl Compounds 00.02.56

28. Nomenclature of Aldehydes and Ketones 00.05.07

29. Structure and Reactivity of Carbonyl Group 00.05.48

30. Alkenes 00.06.04

31. Alkynes 00.05.01

32. Rosenmund Reduction 00.00.00

33. Friedel-crafts Acylation of Benzene 00.00.00

34. Friedel-Crafts Alkylation of Benzene 00.00.00

35. Physical Properties of Aldehydes and Ketones 00.05.35

36. Oxidation of Aldehydes 00.07.24

37. Oxidation of Ketones 00.03.32

38. Nucleophilic Addition of HCN 00.04.49

39. Addition of Ammonia to Aldehydes and Ketones 00.05.22

40. Chemical Properties of Organic Compounds (Part-II) 00.02.57

41. Aldol Condensation 00.05.03

42. Condensation Reactions of Aldehydes and Ketones (Mechanism)

00.07.04

Chemistry

Topic Name Duration

43. Chlorination of Benzene 00.01.56

44. Nomenclature of Carboxylic Acids 00.01.54

45. Organic Acids 00.01.59

46. Chemical Properties of Carboxylic Acids 00.03.01

47. Physical Properties of Carboxylic Acids 00.02.13

48. Preparation of Carboxylic Acids from Primary Alcohols and Aldehydes

00.04.49

49. Carboxylic Acid: Preparation From Nitrile and Amide-II 00.00.00

50. Carboxylic Acid: Preparation From Nitrile and Amide-I 00.00.00

51. Carboxylic Acid: Preparation From Grignard Reagents 00.00.00

52. Carboxylic Acid: Preparation From Acyl Halide 00.00.00

53. Preparation of Carboxylic Acids from Ester 00.03.07

54. Derivatives of Carboxylic Acids (Acid Chlorides) 00.02.25

55. Derivatives of Carboxylic Acids (Amides) 00.03.39

56. Methane 00.01.53

57. Mechanism of a Nucleophilic Substitution Reaction 00.07.37

58. Ring Substitution Reactions of Carboxylic Acids 00.00.00

Chapter 13 : Organic compounds containing Nitrogen

1. Preparation of Amines 00.04.46

2. Nomenclature of Aliphatic Amines 00.06.32

Chemistry

Topic Name Duration

3. Nitration of Benzene 00.00.00

4. Reactions of Amines with Nitrous Acid 00.03.04

5. Azo Coupling Reaction 00.04.41

6. Preparation of Aniline 00.01.34

7. Gabriel Phthalimide Synthesis 00.00.00

8. Hoffmann Bromamide Degradation Method 00.01.34

9. Physical Properties of Amines 00.03.32

10. Basic Nature of Amines 00.05.59

11. Separation of Primary, Secondary and Tertiary Amines 00.01.17

12. Basicity of Aryl Amines Versus Ammonia 00.03.40

13. Alkylation and Acetylation of Amines 00.02.35

14. Tests to Detect Amines 00.04.48

15. Sulphonation of Aniline 00.00.00

16. Sandmeyer's Reaction 00.00.00

TOTAL TOPIC IN CHEMISTRY - 367 18.14.42

TOTAL TOPIC IN STD XII CHEMISTRY - 367 18.14.42

Subject TOTAL TOPIC TOTAL DURATION

Chemistry 367 18.14.42

Total 367 18.14.42

Subject TOTAL TOPIC TOTAL DURATION

Chemistry 367 18.14.42

Part 367 18.14.42

TOTAL TOPICS 367 18.14.42

chemistry topic name duration part chapter 01 : solid state pradesh/english - 7.3 - std 01-12... ·...

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