ICSE Chemistry Class 12 syllabus
ICSE Chemistry Class 12 syllabus

Performance in the class 12th exam is crucial as it can determine the career of a student. ICSE (Indian Certificate of Secondary Education) is a test conducted by the Council of Indian School Certificate Exams. It is one of the most revered boards in India, and the syllabus is quite extensive. In this article, we will understand in detail the various components of the chemistry syllabus, both theory and practicals.

Since preparation for class 12th requires a lot of planning and time management, students should have a clear idea of the portion to study and what to focus on. Students need to understand which concepts are important, the types of questions being asked, and the weightage of different topics.

There are two papers on this subject:

Paper TypeDurationMarks
Paper I: Theory3 hours70 marks
Paper-II: Practical exam3 hours15 marks
Paper-III: Project Work10 marks
Paper IV: Practical File05 marks

Theory Syllabus of Class XII ICSE Chemistry

In this part, there are 16 units comprising different aspects of chemistry – physical, inorganic, and organic chemistry. There will be no overall choice in the paper. Students are required to answer all the questions. The internal option will be available in two questions of 2 marks each, two questions of 3 marks each & all the 3 questions of 5 marks each.

S. No.UNITTOTAL WEIGHTAGE
 Solid StatePhysical Chemistry 25 Marks
 Solutions
 Electrochemistry
 Chemical Kinetics
 Surface Chemistry
 General Principles and Processes of Isolation of ElementsInorganic Chemistry 20 Marks
 p- Block Elements
 d- and f- Block Elements
 Coordination Compounds
 Haloalkanes and HaloarenesOrganic Chemistry 25 Marks
 Alcohols, Phenols, and Ethers
 Aldehydes, Ketones and Carboxylic Acids
 Organic compounds containing Nitrogen
 Biomolecules
 Polymers
 Chemistry in Everyday Life
TOTAL70 Marks
  1. Solid State
  2. Crystalline and amorphous solids.
  3. Definition of the crystal lattice, unit cell, unit cell types (SCC, fcc, bcc ), calculation of the number of atoms per unit cell, the relationship between radius, edge length, and nearest neighbor distance.
  4. Characteristics of crystalline solids ,ionic ( NaCl) , metallic ( Cu ) , atomic ( diamond & graphite )
  5. Point defects
  6. Electrical properties & Magnetic properties
  1. Solutions
  2. Solubility of gases in liquids- Henry’s Law ( simple numerical related to this concept ) Raoult’s Law for volatile solutes & non-volatile solutes, the ideal solution, non-ideal solution
  3. Colligative properties-definition and examples, its use in the determination of molecular mass
  4. Electrochemistry
  5. Electrochemical cells
  6. Galvanic cells
  7. Measurement of potential
  8. Single electrode potentials
  9. Electrochemical series
  10. Nernst equation & correlation with the free energy of the reaction ( suitable examples)
  11. Comparison of metallic conductance & electrolytic conductance
  12. Faraday’s laws of Electrolysis
  13. Batteries
  14. Corrosion
  15. Chemical Kinetics
  16. Meaning of chemical kinetics, Scope & importance of Kinetics of the reaction, slow & fast reactions – in terms of bonds
  17. Rate of reaction
  18. Law of Mass Action
  19. Effect of concentration of reactants on the rate of reaction
  20. Order of a reaction
  21. Molecularity of a reaction
  22. Concept of Energy
  23. Collision Theory 
  24. Mechanism of the reaction
  25. Effect of temperature on the rate constant of a reaction
  26. Surface Chemistry
  27. Difference between absorption & adsorption
  28. Catalysis
  29. Colloidal state
  30. General Principles & Processes of Isolation of Elements
  31. Metals
  32. Definition of minerals, ores & metallurgy, principal ores of aluminum, iron, copper, zinc & silver
  33. Uses of metals & their alloys
  34. p- Block elements
  35. Group 15 elements
  36. Group 16 elements
  37. Group 17 elements
  38. Group 18 elements
  1. d & f Block elements
  2. d-Block: 3d,4d & 5d series
  3. f-Block: 4f & 5f series
  4. Potassium permanganate
  5. Potassium dichromate
  6. Coordination Compounds
  7. Definition of Coordination compounds
  8. Isomerism-structural, stereoisomerism & examples
  9. Valence bond theory
  10. Crystal field theory-crystal field splitting in tetra & octahedral compounds.
  11. Stability of Coordination compounds
  12. Importance & uses
  13. Haloalkanes and Haloarenes
  14. Haloalkanes
  15. Haloarenes
  16. Alcohols, Phenols & Ethers
  17. Alcohol
  18. Phenols
  19. Aliphatic Ethers
  20. Aryl Ethers
  21. Aldehydes, Ketones & Carboxylic acids
  22. Aldehydes & Ketones
  23. Aromatic aldehyde (Benzaldehyde)
  24. Carboxylic acids
  25. Organic compounds containing Nitrogen
  26. Aliphatic Amines
  27. Aniline
  28. Diazonium salts
  29. Biomolecules
  30. Carbohydrates
  31. Proteins
  32. Vitamins
  33. Nucleic Acids
  34. Polymers

Definition and classification on different parameters

  1. Chemistry in Everyday Life
  2. Chemicals in medicine
  3. Chemicals in food
  4. Soaps and detergents

Units – 7 (p-Block elements), 12 (Aldehydes, Ketones & Carboxylic Acids) & 2 (Solutions) are the topics having the maximum weightage.

Practical Syllabus of Class XII ICSE Chemistry

Practical Work: 15 Marks

  1. Titrations

Oxidation-reduction titrations:potassium manganate (VII) / ammonium iron (II) sulphate; potassium manganate (VII) / oxalic acid. The candidate may be required to determine the percentage purity of a compound and the number of water molecules of crystallization in hydrated salts. In such experiments, sufficient working details, including recognition of the endpoint, will be given.

Candidates will be required to calculate:

  • Molarity
  • Concentration in grams L-1 / molecular mass
  • Number of molecules of water of crystallization/ percentage purity

NOTE: Molarity must be calculated up to 4 decimal places at least, to avoid error OBSERVATION TABLE

  1. Study of the rate of reaction

The candidates will be required, having been given full instructions, to experiment on the rate of reaction, e.g., the reaction between sodium thiosulphate and hydrochloric acid (using different concentrations for either), magnesium, and dil. Sulphuric acid/ dil. Hydrochloric acid (using different concentrations).

  1. Graph of volume vs. time and its interpretation.
  2. Relationship between concentration and rate, volume and rate, and time and rate.
  1. Identification of the following compounds and functional groups based on observations.
    1. Alcoholic group – glycerol
    2. Aldehyde group- formaldehyde
    3. Ketonic group – acetone
    4. Carboxylic group – benzoic acid
    5. Amino group – aniline

 *Please Note: Carbylamine and acrolein tests should not be performed.

  1. Characteristic tests of carbohydrates and proteins
  2.  Carbohydrates – glucose
  3.  Proteins – powdered milk
  1. Experiments related to pH change using pH paper or universal indicator.

Determination of pH of some solutions obtained from fruit juice, solutions of known and varied concentrations of acids, bases, and salts. Comparison of pH of the solutions of strong and weak acids of the same concentration. The use of universal indicator/pH paper must be taught to the students.

  1. Electrochemistry

Setting up a simple voltaic cell.

  1. Qualitative analysis

Identification of single salt containing one anion and one cation.

NOTE: Chromyl chloride test not to be performed. For wet tests of anions, sodium carbonate extract must be used (except for carbonate). (Insoluble salts such as lead sulfate, barium sulfate, calcium sulfate, strontium sulfate will not be given).

ICSE Class 12 Chemistry Project Work: 10 Marks

The project work is to be assessed by a Visiting Examiner appointed locally and approved by the Council.

The candidate is to creatively execute one project/assignment on an aspect of Chemistry. Teachers may assign, or students may select a topic of their choice. Following is only a representative list of projects.

Suggested Evaluation criteria for Project Work:

  1. Introduction / purpose
  2. Contents
  3. Analysis/ material aid (graph, data, structure, pie charts, histograms, diagrams, etc.)  Presentation
  4. Bibliography

Suggested Assignments:

  1. Amino acids: Peptides, structure and classification, proteins structure and their role in the growth of living beings.
  2. Nucleic Acid: DNA and RNA – their structure. Unique nature. Importance in evolution and their characteristic features.
  3. Carbohydrates and their metabolism, Blood – hemoglobin, and respiration.
  4. Vitamins and hormones
  5. A simple idea of chemical evolution.
  6. Natural polymers (any five) – structure, characteristics, use. Synthetic polymers (any five)-method of preparation, structure, characteristics, and uses.
  7. Types of Dyes – methods of preparation, characteristics, and uses.
  8. Chemicals in medicines: antiseptics, antibiotics, antacids, etc., and their uses.
  9. Preparation of soap, nail polish, boot polish, varnish, nail polish remover, shampoo, and perfumes.
  10. Chemicals and chemical processes in forensic studies.
  11. Insecticides, pesticides, and chemical fertilizers.
  12. Ancient Indian medicines and medicinal plants.
  13. Organic Chemistry in Nutrition, Food Science and Biotechnology.
  14. Effect of Greenhouse Gases.
  15. How Plastics have changed the world, both socially and economically.

Practical File: 5 Marks

The Visiting Examiner must assess students based on the Chemistry Practical file maintained by them during the academic year.

Frequently Asked Questions of Class 12 Chemistry ICSE

1. Is the ICSE syllabus challenging?

ICSE syllabus is different from other boards due to its extensiveness and focuses on strengthening fundamentals and application. It also focuses a lot on projects.

2. Did ICSE reduce the syllabus again?

ICSE, ISC Syllabus 2022 has been reduced again by the Council for the Indian School Certificate Examination.

3. How to score well in chemistry?

Focus on revision and solving previous year’s papers. Also, prepare smartly by looking at the weights of each unit.