Devipriyanka Moganti
From Bengaluru · online
Bengaluru
Teaches Physics · Chemistry · Biology
- Experience
- 6+ yrs
- Fee
- ₹300/hr
Chemistry tutors across Gurugram who drill balanced equations, observations and the analytical chemistry ICSE papers ask for.
Real tutors first; sample profiles are marked. We suggest suitable tutors, and you meet one at a free demo class.
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Tutors who join go through an ID check. Tell us the class, board and your sector: we share two or three matched tutors, each with their fee, and the first class is a free demo, at home or online.
Book a free demo classAcross NXTutors, most home-tuition sessions fall between ₹800 and ₹2,500 an hour; Classes 11–12, IB/IGCSE and JEE/NEET sit toward the upper end; specialists for IB HL or JEE Advanced can charge more. Tutors set their own fee, and you see each tutor's fee before the demo class.
Monthly example: 3 one-hour classes a week ≈ ₹9,600–₹32,500 a month (12–13 classes at ₹800–₹2,500 an hour). An example, not a quote: your tutor's own fee decides the real figure.
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ICSE Chemistry is Science Paper 2 of the CISCE science course, examined in a two-hour, 80-mark paper in each of Class 9 and Class 10, with 20 more marks for practical work in school. The syllabus tells teachers to study every reaction "with reference to the reactants, products, conditions, observations and the (balanced) equations", and that sentence is the whole secret of the subject: ICSE chemistry marks go to students who can write a correct equation, state what they would see, and do a mole calculation without losing a step. This guide lays out the 2027 and 2028 syllabuses and which cohort each applies to, the topics that trip students up, worked examples on balancing, moles and gas laws, the analytical chemistry table every Class 10 student needs, a year plan, and how to choose a chemistry tutor in Gurugram. Aaditya Kashyap, who teaches CBSE and ICSE science, wrote the Class 9 and 10 sections; the NXTutors Academic Team added the ISC note.
CISCE sets ICSE Science (52) as three papers: physics is Paper 1, chemistry Paper 2 and biology Paper 3. Each is marked on its own, so a student's chemistry grade does not hide behind a good biology score. Our ICSE home tutors in Gurgaon page covers the rest of the ICSE subjects.
| Part | Marks | What it involves |
|---|---|---|
| Written paper (Class 9 and Class 10) | 80 | One paper of two hours: definitions, equations, observations, calculations and reasons |
| Internal assessment of practical work | 20 | Effect of heat and reagents on substances, identifying gases and ions; 10 marks from the subject teacher, 10 from an external examiner |
CISCE publishes a syllabus for each examination year. Students in Class 10 in 2026-27 sit the 2027 examination, under the syllabus dated February 2025. Students in Class 9 in 2026-27 will sit the 2028 examination, under the syllabus CISCE published in January 2026. The paper shape and the chapter headings are the same in both, but some content has moved, as the sections below note. Check the syllabus for your exam year on cisce.org.
Class 9 builds the language and the basic models of chemistry. The 2028 syllabus, which today's Class 9 students follow, has eight topics:
| Topic | Skills tested |
|---|---|
| The Language of Chemistry | Write symbols, valencies, radicals and formulae; balance equations by hit and trial; calculate relative molecular mass and percentage composition |
| Chemical Changes and Reactions | Classify direct combination, decomposition, displacement and double decomposition, with equations; exothermic and endothermic changes |
| Water | Solutions, colloids and suspensions; solubility curves; water of crystallisation; efflorescence, deliquescence and hygroscopy; removing temporary and permanent hardness; making water potable |
| Atomic Structure and Chemical Bonding | Rutherford's gold-foil experiment and Bohr's model; electron distribution (2n2 rule, octet rule); isotopes; orbit-structure diagrams for electrovalent and covalent compounds |
| The Periodic Table | Dobereiner, Newlands and Mendeleev; the modern periodic law; groups 1, 2, 17 and 18 |
| Study of the First Element: Hydrogen | Hydrogen from water, dilute acids and alkalis; laboratory preparation; Bosch process; oxidation and reduction |
| Study of Gas Laws | Boyle's and Charles' laws; absolute zero; the gas equation P1V1/T1 = P2V2/T2; Kelvin conversion; STP |
| Atmospheric and Environmental Chemistry | Acid rain, global warming and ozone depletion, with the relevant equations; water pollution |
In the 2027 syllabus the last topic was called Atmospheric Pollution and did not cover water pollution, and the atomic models of Rutherford and Bohr were not listed. Valency and formula writing are the base for everything else. A student who has to guess the formula of aluminium sulphate in Class 9 will guess equations, mole ratios and salt preparations in Class 10.
| Heading | Core content | Kind of answer expected |
|---|---|---|
| Periodic Properties and Variations | Atomic size, metallic character, ionisation potential, electron affinity, electronegativity; table up to period 4 | Trends with reasons, in terms of nuclear charge and shells |
| Chemical Bonding | Electrovalent, covalent (polar and non-polar) and coordinate bonds; hydronium and ammonium ions | Electron dot structures; comparison of properties |
| Study of Acids, Bases and Salts | Ions in solution, indicators and pH; types of salts; methods of preparing normal salts | Equations for each preparation method |
| Analytical Chemistry | Sodium hydroxide and ammonium hydroxide on salts of Fe, Cu, Zn and Pb; amphoteric metals and oxides | Observation plus equation |
| Mole Concept and Stoichiometry | Gay-Lussac's and Avogadro's laws; molar volume; vapour density; empirical and molecular formula; calculations from equations | Numericals set out step by step |
| Electrolysis | Electrolytes; selective discharge; molten lead bromide, acidified water, copper sulphate; electroplating and refining | Electrode reactions and observations |
| Metallurgy | Ores; concentration, roasting and calcination, reduction; Baeyer's and Hall-Héroult processes; alloys | Process steps, equations, reasons |
| Study of Compounds | Hydrogen chloride, ammonia, nitric acid and sulphuric acid | Preparation, diagrams, properties, tests |
| Organic Chemistry | Catenation; isomerism; homologous series; IUPAC names; alkanes, alkenes, alkynes; ethanol and acetic acid | Structures up to five carbons, names, reactions |
The 2028 syllabus keeps these nine headings. Its most visible Class 10 change is in analytical chemistry, where calcium and magnesium salts join those of iron, copper, zinc and lead. In both years students see the full periodic table, but questions are not set on elements beyond period 4. Both the old and the IUPAC group numbering are accepted in the examination, which is worth knowing when older reference books use IA to VIIA.
All three sciences, year by year, are on our Gurugram pages for Class 9 science and Class 10 science tuition.
An ICSE chemistry answer about a reaction usually needs four things: the balanced equation with state symbols where useful, the condition (heat, catalyst, dilute or concentrated), the observation, and, when asked, the reason. "A gas is given off" earns little; "brisk effervescence; a colourless gas that turns lime water milky" is what the marker is looking for. Colours of precipitates and solutions, smells of gases and the test for each gas are learnt as fixed pairs. A tutor should drill these with short written recall tests, not by reading notes aloud.
These are original problems, set out in full, with every figure checked.
Unbalanced: Fe + H2O ⇌ Fe3O4 + H2
Iron: three on the right, so put 3 before Fe. Oxygen: four on the right, so put 4 before H2O. That gives
eight hydrogen atoms on the left, so put 4 before H2.
Balanced: 3Fe + 4H2O ⇌ Fe3O4 + 4H2. Check: Fe 3 = 3, H 8 = 8, O 4 = 4.
The double arrow matters: the syllabus notes this reaction is reversible.
Find the percentage of nitrogen in ammonium nitrate, NH4NO3.
Relative molecular mass = 14 + (4 × 1) + 14 + (3 × 16) = 80.
Mass of nitrogen = 2 × 14 = 28.
Percentage of nitrogen = 28/80 × 100 = 35%.
A gas occupies 600 cm3 at 27 °C and 800 mm of mercury. Find its volume at STP (273 K, 760 mm).
T1 = 27 + 273 = 300 K.
V2 = V1 × (P1/P2) × (T2/T1) = 600 × (800/760) × (273/300) ≈ 574.7 cm3.
Sense check: the fall in pressure alone would make the gas expand, but cooling from 300 K to 273 K shrinks it
more, so the volume ends a little below 600 cm3.
13 g of zinc granules react completely with dilute sulphuric acid:
Zn + H2SO4 → ZnSO4 + H2. Find the volume of hydrogen at STP.
Atomic mass of zinc = 65, so 13 g of zinc = 13/65 = 0.2 mol.
The equation shows zinc and hydrogen in a 1 : 1 mole ratio, so 0.2 mol of H2 forms.
Volume = 0.2 × 22.4 = 4.48 litres at STP (mass 0.2 × 2 = 0.4 g). The acid used is also 0.2 mol: 0.2 × 98 = 19.6 g of H2SO4.
One more Class 10 pattern combines two syllabus ideas. A hydrocarbon contains 85.7% carbon and 14.3% hydrogen, and its vapour density is 28. Dividing by atomic mass gives C 85.7/12 ≈ 7.14 and H 14.3/1 = 14.3, a ratio of 1 : 2, so the empirical formula is CH2 (formula mass 14). Molecular mass = 2 × vapour density = 56, and 56/14 = 4, so the molecular formula is C4H8.
Analytical chemistry questions give a salt solution and a reagent added drop by drop, then in excess, and ask for the observation. The 2027 syllabus names salts of iron, copper, zinc and lead, plus ammonium salts; the 2028 syllabus adds calcium and magnesium. This is the table students should be able to write from memory:
| Ion in solution | NaOH, a little | NaOH in excess | NH4OH, a little | NH4OH in excess |
|---|---|---|---|---|
| Fe2+ | Dirty green precipitate | Insoluble | Dirty green precipitate | Insoluble |
| Fe3+ | Reddish-brown precipitate | Insoluble | Reddish-brown precipitate | Insoluble |
| Cu2+ | Pale blue precipitate | Insoluble | Pale blue precipitate | Dissolves to a deep (inky) blue solution |
| Zn2+ | White gelatinous precipitate | Dissolves, colourless solution | White gelatinous precipitate | Dissolves, colourless solution |
| Pb2+ | White chalky precipitate | Dissolves, colourless solution | White chalky precipitate | Insoluble |
The two rows students most often confuse are zinc and lead: both give white precipitates, both dissolve in excess sodium hydroxide, and only excess ammonium hydroxide tells them apart. With ammonium salts, warming with sodium hydroxide releases ammonia, which turns moist red litmus blue.
The syllabus names the cases: molten lead bromide, acidified water with platinum electrodes, and aqueous copper sulphate with copper electrodes and with platinum electrodes. The copper sulphate pair is a favourite contrast. With copper electrodes, copper is deposited at the cathode (Cu2+ + 2e− → Cu) and the anode dissolves (Cu → Cu2+ + 2e−), so the blue colour of the solution stays the same. With platinum electrodes, copper is still deposited at the cathode, but hydroxide ions are discharged at the anode and oxygen is given off; the blue colour fades and the solution becomes acidic. A student who can explain why the anode material changes the result understands selective discharge, which is what the examiner is testing.
The chemistry practical asks students to observe the effect of heat and reagents on substances and to identify gases and ions. The gases listed are hydrogen, oxygen, carbon dioxide, chlorine, hydrogen chloride, sulphur dioxide, hydrogen sulphide, ammonia, water vapour and nitrogen dioxide. In the 2027 Class 10 list the ions are copper, iron, lead, zinc and ammonium, with carbonate, chloride, nitrate, sulphide, sulphite and sulphate; the 2028 list adds magnesium and calcium. A formal scheme of analysis is not required. The minimum Class 10 work includes the action of heat on carbonates and nitrates, the sodium hydroxide and ammonium hydroxide tests above, telling an acid from an alkali with two tests each, and the action of concentrated hydrochloric acid on copper oxide and manganese dioxide.
A tutor at home does not handle these chemicals. The value is in teaching the expected observation and the deduction for each test, so the student walks into the school lab knowing what to look for.
Each school orders chapters its own way, and the tutor works around that order. This outline assumes a spring start to the session; shift it to match your school's calendar.
| Stage | Class 9 | Class 10 |
|---|---|---|
| First term | Language of chemistry: valency, formulae, balancing; chemical changes | Periodic properties and bonding; repair Class 9 formula writing; start the mole concept |
| Before the half-yearly | Water; atomic structure and bonding diagrams | Acids, bases and salts; analytical chemistry table; stoichiometry numericals weekly |
| Second term | Periodic table; hydrogen and its preparation; gas laws with numericals | Electrolysis; metallurgy; the four compounds of the "Study of Compounds" chapter |
| Year end | Atmospheric pollution; full revision; practical observations | Organic chemistry; timed full papers; an equations-and-observations log |
ICSE students usually continue with ISC chemistry in Class 11, or switch to CBSE. Their strengths on arrival are equations, observations and inorganic tests; the new demands are physical chemistry with more mathematics, and organic chemistry with mechanisms. ISC chemistry also has practical work, and a tutor should prepare for it from Class 11. Our Class 11 chemistry tutor page covers that year. Students who plan for entrance exams can see the NEET chemistry tutor in Gurgaon and JEE chemistry tutor in Gurgaon pages, and our chemistry home tutor in Gurgaon guide covers every board in the city.
Your shortlist has two or three tutors with fees shown up front, and a change of tutor later costs nothing. Tutors who join go through an ID check; the Verified badge appears only after our team has reviewed the ID. The steps are on our tutor checks page.
ICSE chemistry tutors are spread across the city rather than clustered in one zone, so we match on travel time at your preferred hour. Families in Sushant Lok Phase I, Sector 31 and Nirvana Country can usually find a tutor within easy reach for evening sessions. In Palam Vihar and the newer sectors off the expressway, choosing the right specialist first and mixing home and online sessions often works better than waiting for someone nearby. The Sohna Road and South City guide and the New Gurgaon and Dwarka Expressway guide describe local timing in more detail.
Chemistry suits a hybrid plan well: equations, structures and observation tables at home where the tutor checks the notebook, numericals and quick recall tests online. Browse by sector on the hub page for home tutors in Gurgaon. Families comparing schools and boards may find Gurgaon schools, boards and choosing a tutor useful, and our ICSE Class 9 and 10 physics, chemistry and biology guide looks at the three papers side by side.
Across NXTutors, most home-tuition sessions fall between ₹800 and ₹2,500 an hour; Classes 11–12, IB/IGCSE and JEE/NEET sit toward the upper end; specialists for IB HL or JEE Advanced can charge more. The Gurgaon home tuition fees guide explains the range.
Share the class, the chapters that worry your child, the sector or society you live in and your free evenings. A shortlist of two or three ICSE chemistry tutors follows, and the one you like gives a free demo class.
Parents often tell us their child's school so the tutor can follow the same board and books. These Gurugram schools follow ICSE and ISC, as shown on each school's own site or its board's directory, with the sector each is in. NXTutors has no tie-up with any school; tutors are matched by board and syllabus, and the list is alphabetical, not a ranking.
For this board: ICSE and ISC home tutors in Gurgaon.
More on how these boards differ: Gurugram schools and their boards.
Chemistry is Science Paper 2 of ICSE Science. In both the 2027 and 2028 syllabuses it is one two-hour written paper of 80 marks, plus 20 marks of internal assessment for practical work, marked 10 by the subject teacher and 10 by an external examiner. Physics and biology are examined in separate papers.
Today's Class 9 students follow the 2028 syllabus: the language of chemistry (symbols, valency, formulae and balancing), chemical changes and reactions, water, atomic structure and chemical bonding (now with Rutherford's and Bohr's models), the periodic table, hydrogen, the gas laws, and atmospheric and environmental chemistry. Formula writing and balancing underpin all of Class 10.
The chapters that usually need the most practice are mole concept and stoichiometry (numericals), analytical chemistry (precipitate colours with sodium hydroxide and ammonium hydroxide), electrolysis (which ion is discharged and why) and organic chemistry (naming and isomers). Each improves quickly with short, regular written practice.
The CISCE syllabus asks for every reaction to be studied with its reactants, products, conditions, observations and balanced equation. In answers, that means a balanced equation, the condition such as heat or a catalyst, and a precise observation such as the colour of a precipitate or the test result for a gas.
No. Students see the complete modern periodic table, but the 2027 and 2028 syllabuses examine it only up to period 4. Periodic trends are explained in terms of nuclear charge and shells, not orbitals, and both old and IUPAC group numbers are accepted.
A tutor does not run experiments at home. What a tutor can do is teach the expected observation and deduction for each gas and ion test, the action of heat on carbonates and nitrates, and the reagent tests, so the student knows what to look for in the school lab.
Often, yes, if the tutor also teaches Class 11 for the new board. ICSE students arrive strong in equations and inorganic tests; Class 11 adds more physical chemistry numericals and organic mechanisms. Tell us the board and any NEET or JEE plans, and we match a tutor who covers that course.
Share the class, the chapters causing trouble, your sector or society and your free slots. We shortlist two or three ICSE chemistry tutors, you see each fee and choose one for a free demo class, and switching later is free. Home, online and hybrid plans are all possible.
Tell us the class, board and your area. We share two or three matched tutors, and the first class is a free demo.