2026 O Level Chemistry Syllabus
Singapore-Cambridge O Level Chemistry (6092)
Access the official examination syllabus, learning objectives, and assessment structure.
View / Download SyllabusPure Chemistry · Syllabus 6092 · Jurong West
O Level Chemistry Tuition in Jurong West
Master Chemistry concepts, strengthen exam techniques, and build confidence for your O Levels.
Meet Your Chemistry Tutor
Peng Rong
A1 in O Level Pure Chemistry
A in H2 Chemistry
"Chemistry is about understanding, not just memorising. And for the things you do need to memorise? Don't worry, I've got a few tricks up my sleeve to help them stick!"
Chemistry Resources & Downloads
Periodic Table of Elements
A convenient reference for Chemistry revision and problem-solving.
View / Download Periodic Table2026 O Level Chemistry Paper & Solutions
Exam paper and worked solutions for revision and examination preparation.
Coming SoonExplore the O Level Chemistry Syllabus
Topics follow the official Pure Chemistry syllabus (6092, 2026). Learning objectives below are paraphrased for revision—refer to the official syllabus PDF for the complete list.
Experimental Chemistry
Laboratory skills, separation techniques, and purity tests that underpin practical work and structured exam questions.
Key learning objectives
- Select suitable apparatus and measure quantities safely in the lab.
- Choose and apply separation methods such as filtration, crystallisation, distillation, and chromatography.
- Interpret chromatograms and calculate Rf values for comparison of substances.
- Use melting and boiling points to judge purity of a sample.
- Describe simple experimental procedures for preparation and purification.
Particulate Nature of Matter
The kinetic particle model links observable changes in state and diffusion to how particles behave.
Key learning objectives
- Explain properties of solids, liquids, and gases using the kinetic particle theory.
- Interpret heating and cooling curves and changes of state.
- Describe diffusion and factors affecting its rate.
- Distinguish elements, compounds, and mixtures at the particle level.
- Relate atomic structure to proton number, nucleon number, and isotopes.
Chemical Bonding and Structure
How atoms combine—ionic, covalent, and metallic bonding—and how structure explains physical properties.
Key learning objectives
- Draw dot-and-cross diagrams for ionic and covalent substances.
- Predict bonding type from properties and composition.
- Compare simple molecular substances with giant covalent structures (e.g. diamond, graphite).
- Explain electrical conductivity and melting points using structure and bonding.
- Describe alloys as mixtures of metals with modified properties.
Chemical Calculations
Formulae, equations, and the mole concept for quantitative Chemistry across the syllabus.
Key learning objectives
- Write balanced chemical equations with state symbols.
- Use relative atomic and molecular mass and the mole concept (Avogadro constant).
- Calculate reacting masses, gas volumes, and concentrations.
- Determine empirical and molecular formulae from data.
- Solve limiting reagent, percentage yield, and percentage purity problems.
Acid-Base Chemistry
Acids, alkalis, pH, neutralisation, and salt preparation—including industrial context such as the Haber process.
Key learning objectives
- Describe properties of acids and alkalis and use the pH scale with indicators.
- Explain neutralisation in terms of H⁺ and OH⁻ ions.
- Outline methods of preparing soluble and insoluble salts.
- Link oxides to acidic, basic, and amphoteric behaviour where required.
- Apply ideas from the Haber process without Le Chatelier calculations at O Level.
Qualitative Analysis
Systematic tests to identify cations, anions, and gases—essential for practical papers and structured questions.
Key learning objectives
- Perform and interpret tests for common cations in aqueous solution.
- Perform and interpret tests for common anions.
- Identify gases produced in reactions using standard tests.
- Plan a logical sequence of tests and record observations clearly.
- Link test results to ionic equations where appropriate.
Redox Chemistry
Oxidation and reduction, electrolysis, electrochemical cells, and selective discharge at electrodes.
Key learning objectives
- Define oxidation and reduction using oxygen, hydrogen, electron transfer, and oxidation states.
- Predict products of electrolysis for molten and aqueous electrolytes.
- Apply rules for selective discharge of ions at electrodes.
- Construct ionic half-equations and combine them for full cell reactions.
- Describe simple cells and the hydrogen–oxygen fuel cell at syllabus depth.
Patterns in the Periodic Table
Trends across periods and groups, reactivity of metals, and corrosion protection.
Key learning objectives
- Relate proton number to position in the Periodic Table.
- Describe trends in Groups 1, 17, and 18 for required properties.
- Outline characteristic properties of transition elements at O-Level depth.
- Use the reactivity series to predict displacement reactions.
- Explain rusting and methods such as galvanising and sacrificial protection.
Chemical Energetics
Energy changes in reactions, bond breaking and making, and energy profile diagrams.
Key learning objectives
- Distinguish exothermic and endothermic reactions using ΔH sign conventions.
- Sketch and interpret energy profile diagrams including activation energy.
- Explain bond breaking as endothermic and bond making as exothermic.
- Calculate enthalpy changes from bond energy data where given.
- Link energy changes to everyday and industrial examples.
Rate of Reactions
Factors affecting speed of reaction and collision theory, including catalysts and enzymes.
Key learning objectives
- Describe how concentration, pressure, surface area, temperature, and catalysts affect rate.
- Explain observations using collision theory and activation energy.
- Interpret graphs of mass or volume change against time.
- Outline the role of enzymes as biological catalysts.
- Design fair experiments to compare rates under controlled conditions.
Organic Chemistry
Hydrocarbons, functional groups, and key reactions including fuels, alkenes, alcohols, and polymers.
Key learning objectives
- Describe fractional distillation of crude oil and uses of fractions.
- Draw and name homologous series: alkanes, alkenes, alcohols, carboxylic acids.
- Predict products of combustion, addition, and esterification at O-Level depth.
- Distinguish saturated and unsaturated hydrocarbons using bromine water.
- Describe simple polymerisation and natural vs synthetic polymers where required.
Maintaining Air Quality
Composition of air, pollutants, climate-related chemistry, and strategies to reduce environmental impact.
Key learning objectives
- State the composition of clean dry air and explain separation of oxygen/nitrogen industrially.
- Identify sources and effects of pollutants such as CO, SO₂, NOₓ, and particulates.
- Describe catalytic converters and flue-gas desulfurisation in outline.
- Explain the ozone layer, CFCs, and greenhouse gases in syllabus context.
- Outline the carbon cycle and human influences on atmospheric composition.
Our 5-Step Chemistry Mastery Journey
From a blank sheet of paper to confidently tackling O Level examination questions.
Every chapter begins with a blank sheet of paper. Students build their own notes alongside Teacher Peng Rong, learning each fundamental concept step by step.
By writing, discussing and connecting ideas, students develop a strong foundation before moving on to questions.
Tuition Fees
Secondary 3
$280/month
$35/hour
Secondary 4
$320/month
$40/hour
Monthly fees are calculated based on 4 lessons per month, with each lesson lasting 2 hours (8 hours total).
Frequently Asked Questions
Who are the Chemistry classes for?
Our O Level Chemistry tuition classes are designed for Secondary 3 and Secondary 4 students.
Where and when are the classes held?
Our classes are held at Tuition @ Pioneer, located just a 2-minute walk from Pioneer MRT. For specific class schedules and availability, please WhatsApp Teacher Peng Rong at 9650 8879.
Do you cover the Chemistry practical examination?
Yes! While we do not have the laboratory apparatus for hands-on practical sessions, we cover practical-related content using videos and guided explanations. We focus on understanding experimental procedures and developing effective answering techniques, including how to interpret observations and analyse results.
Ready to Build Confidence in Chemistry?
Strengthen your Chemistry foundations, practise examination techniques, and prepare for your O Levels with Tuition @ Pioneer.
Small-group classes near Pioneer MRT, Jurong West.
View Sec 3 & Sec 4 rates on our class list, explore O Level Math tuition, or read about our Jurong West centre near Pioneer MRT.