Based on the CISCE ICSE Chemistry syllabus
ICSE Class 10 Chemistry: Syllabus, Topics & Sample Practice
Understand the nine official CISCE Chemistry sections, how the 80 + 20 board paper and practical assessment work, and work through a stepped demonstration question — calm, structured preparation for the ICSE board year.
Key Curriculum Facts
- 80 marks
- Theory Paper
- 2-hour written paper
- 20 marks
- Internal Assessment
- Practical work & viva
- Own paper
- Examined As
- Separate from Physics & Biology
What the ICSE Class 10 Chemistry Board Year Tests
ICSE Chemistry is a two-year course across Classes 9 and 10, assessed at the end of Class 10. The board paper rewards accurate equations, clear reasoning and careful calculation far more than rote memorisation.
The CISCE Class 10 syllabus is organised into nine sections — periodicity, bonding, acids/bases/salts, analytical chemistry, the mole concept, electrolysis, metallurgy, the study of named compounds, and organic chemistry — each building on the foundations laid in Class 9.
This page shows EduMagik's stepped reasoning approach with a worked demonstration question: a clue first, then a full step-by-step solution, so the concept is understood rather than just answered.
The Nine CISCE Chemistry Sections (ICSE Class 10)
The official CISCE Class 10 syllabus is organised into nine sections — grouped here by theme
Periodicity & Bonding
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Ch 1
Periodic Properties and Their Variations
Periodic properties and their variation in groups and periods — atomic size, metallic and non-metallic character, ionisation potential, electron affinity and electronegativity; and periodicity explained on the basis of atomic number and nuclear charge.
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Ch 2
Chemical Bonding
Electrovalent, covalent and co-ordinate bonding with electron-dot structures (NaCl, MgCl₂, CaO; hydrogen, chlorine, nitrogen, ammonia, methane); polar covalent compounds based on electronegativity; and the formation of the hydronium and ammonium ions.
Acids, Bases, Salts & Analysis
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Ch 3
Study of Acids, Bases and Salts
Ions in acids, bases and salts and the use of litmus and pH paper; types of salts (normal, acid and basic); action of dilute acids on salts; and methods of preparation of normal salts with relevant equations.
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Ch 4
Analytical Chemistry
Action of ammonium hydroxide and sodium hydroxide on solutions of Ca, Fe, Cu, Zn and Pb salts; the colour of the hydroxide precipitates formed; and the amphoteric nature of aluminium, zinc and lead revealed by their action with alkalis.
Mole Concept & Electrochemistry
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Ch 5
Mole Concept and Stoichiometry
Gay Lussac's Law of Combining Volumes and Avogadro's Law; the mole and molar volume (22.4 litres at STP); vapour density and its relation to molecular mass; and simple calculations relating moles to mass, volume and chemical equations.
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Ch 6
Electrolysis
Electrolytes and non-electrolytes; electrolysis, electrodes, oxidation and reduction, and selective discharge of ions; electrolysis of molten lead bromide, acidified water and copper sulphate solution; and applications — electroplating and the refining of copper.
Metallurgy & Study of Compounds
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Ch 7
Metallurgy
Occurrence of metals as minerals and ores; the stages of extraction — dressing of the ore, roasting and calcination, and reduction; the extraction of aluminium by Baeyer's and the Hall–Héroult processes; and the composition and uses of common alloys.
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Ch 8
Study of Compounds
Hydrogen chloride, ammonia (manufacture by Haber's process), nitric acid (Ostwald's process) and sulphuric acid (Contact process) — their laboratory preparation, properties and characteristic reactions.
Organic Chemistry
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Ch 9
Organic Chemistry
The unique nature of the carbon atom and catenation; structure and isomerism; homologous series and simple nomenclature; alkanes, alkenes and alkynes with their preparation and properties; and alcohols (ethanol) and carboxylic acids (acetic acid).
What volume, at STP, is occupied by 0.5 mole of any gas? (Take the molar volume as 22.4 litres at STP.)
Reasoning Clue & Solution
One mole of any gas occupies 22.4 litres at STP. How does the volume change for half a mole?
The EduMagik 3-Step Hint Ladder
Point to the Concept
Names the idea to reach for (e.g. "Use the molar volume at STP") without giving the answer.
Guided Reasoning Prompt
Prompts the key step (e.g. "What volume does one mole occupy at STP?").
Complete Worked Solution
Shows the full step-by-step working and explains why the answer is correct.
How to Revise Class 10 Chemistry
Simple, high-impact ways to prepare for the board year
Learn Reactions as Balanced Equations
The paper rewards correct, balanced equations with conditions — practise them for each named compound rather than memorising descriptions.
Drill the Mole Concept
Molar volume, vapour density and mass–mole conversions appear everywhere; steady numerical practice here pays off across the whole paper.
Take Practical Work Seriously
Internal assessment is 20 marks — confident salt analysis, gas identification and a tidy practical file genuinely lift the overall grade.
Frequently Asked Questions
What are the main topics in ICSE Class 10 Chemistry?
The CISCE Class 10 syllabus is organised into nine sections: Periodic Properties; Chemical Bonding; Study of Acids, Bases and Salts; Analytical Chemistry; Mole Concept and Stoichiometry; Electrolysis; Metallurgy; Study of Compounds (hydrogen chloride, ammonia, nitric acid and sulphuric acid); and Organic Chemistry. Always confirm the current syllabus with CISCE or your school.
How is ICSE Class 10 Chemistry assessed?
By one 2-hour written theory paper of 80 marks covering the whole syllabus, plus 20 marks of internal assessment for practical work (experiments, a practical file and viva) — totalling 100.
Is Chemistry a separate paper in ICSE?
Yes. Within the Science group, Chemistry is examined as its own paper, separate from Physics and Biology, each with its own 80 + 20 scheme.
Which named compounds are studied in ICSE Class 10 Chemistry?
The "Study of Compounds" section covers hydrogen chloride, ammonia (manufactured by Haber’s process), nitric acid (Ostwald’s process) and sulphuric acid (Contact process) — their preparation, properties and reactions.
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