Chemistry support that helps you work it out
MOE/SEAB Pure Chemistry (6092 / SEC K324): experimental chemistry, atomic structure and bonding, stoichiometry and the mole concept, electrolysis, energetics, rate and redox, acids, bases and qualitative analysis, the Periodic Table, metals and organic chemistry.
9 tracked MOE/SEAB skills, from experimental chemistry and separation techniques to organic chemistry and polymers. The tutor asks focused questions, you test the next step, and the understanding stays yours.
Beta subject: Chemistry uses a domain-specific Socratic rubric and is currently marked Beta while we benchmark its scaffolding across full Sec 3–4 (O-Level / SEC) papers.
What a chemistry tutor covers
Each skill is tracked separately so strong chapters never mask a shaky prerequisite.
- 1
Experimental chemistry and separation techniques
Foundation skillSelect apparatus for gas collection and drying, and purify mixtures by filtration, crystallisation, distillation and paper chromatography.
- 2
Kinetic particle theory and atomic structure
Foundation skillExplain heating/cooling curves, deduce protons, neutrons and electrons in atoms and ions, and write electronic configurations.
- 3
Chemical bonding and structure
Builds on Kinetic particle theory and atomic structureDraw dot-and-cross diagrams for ionic, covalent and metallic substances and relate structure and bonding to physical properties.
- 4
Chemical equations, stoichiometry and the mole concept
Builds on Chemical bonding and structureWrite balanced chemical and ionic equations with state symbols, and calculate moles, molar gas volume, limiting reactants, concentration and yield.
- 5
Electrolysis and energy from chemicals
Builds on Chemical equations, stoichiometry and the mole conceptPredict selective discharge at electrodes in molten and aqueous electrolytes, and interpret enthalpy profile diagrams and bond energy calculations.
- 6
Speed of reaction and redox
Builds on Chemical equations, stoichiometry and the mole conceptUse collision theory to explain rate graphs, and identify oxidation and reduction by oxygen/hydrogen, electron transfer and oxidation state.
- 7
Acids, bases, salts and qualitative analysis
Builds on Chemical equations, stoichiometry and the mole conceptExplain reactions of acids, bases and oxides, select methods for preparing soluble/insoluble salts, and identify cations, anions and gases.
- 8
The Periodic Table and reactivity series of metals
Builds on Kinetic particle theory and atomic structureExplain Group 1, Group 17 and Group 18 trends, transition elements, the reactivity series of metals, displacement reactions, iron extraction and rusting.
- 9
Organic chemistry and polymers
Builds on Chemical bonding and structureCompare homologous series (alkanes, alkenes, alcohols, carboxylic acids, esters) and explain cracking, addition polymerisation and condensation polymerisation.
How a chemistry session unfolds
The student starts by asking for the answer—and ends up solving the key step themselves.
- Student
Can you balance C₃H₈ + O₂ → CO₂ + H₂O? I’ve been stuck for ten minutes.
- Tutor
Let’s use those ten minutes rather than replace them. Start with carbon, because C₃H₈ locks its number in. How many carbons go in, and therefore how many CO₂ come out?
- Student
Three going in, so 3 CO₂. That gives six oxygens on the right, plus whatever the water uses.
- Tutor
Right. Hydrogen is the other locked number — eight of them in C₃H₈ means how many H₂O? Then count the oxygens those waters add, and say what is left for the O₂ to supply.
- Student
8 H means 4 H₂O. That’s 6 + 4 = 10 oxygens on the right, so 5 O₂. So it’s 1, 5, 3, 4.
- Tutor
You got there on your own. Check it properly: count every atom on both sides and write the totals down. Then tell me what it means that we write the C₃H₈ coefficient as nothing at all.
About this illustrative example
This walkthrough is an illustrative script written to show how the five-level hint progression works in Chemistry, not a transcript from a real student account.
Have a chemistry question right now?
Bring your own school worksheet problem or test our interactive whiteboard with zero login required.
How skill progress is recorded
Sessions build a clear skill record for the student and a calm, read-only summary for linked parents.
One bar per skill
Mastery is tracked skill by skill, not as a single subject percentage, so a strong topic cannot hide a weak one.
The hint level counts
Getting something right with one small hint moves the bar more than getting it right after five. The number we show you reflects how much help you needed.
Built from an event log
Every attempt, hint and explanation is recorded as an event, and the bars are calculated from that history. It can be replayed, which means the numbers are reproducible rather than asserted.
A parent sees the same numbers
A linked parent gets the same skill bars, the last judgement and its line of evidence behind each level, the recent session summaries and the flag counts — read-only, and nothing that is not also on your own pages.
9 skill bars, tracked independently
In chemistry, that means 9 separate skill bars — experimental chemistry and separation techniques, kinetic particle theory and atomic structure, chemical bonding and structure, and the rest — each updating based on verified problem steps. Linked parents see the same topic bars and session takeaways in read-only mode.
Chemistry FAQs
Common questions from students and parents about studying this subject on tutor.ai.
Can it balance equations for me?
No. It asks which element to fix first and which to leave until last, then checks your atom and charge count on both sides.
I keep losing marks on the mole concept and stoichiometry.
Usually that means the balanced equation came first and the mole ratio came second. The tutor works that order with you and asks you to justify each step, including limiting reactants and percentage purity.
Which Chemistry topics are covered?
Aligned to Singapore O-Level / SEC Pure Chemistry (6092). Nine skills, in syllabus order: Experimental chemistry and separation techniques; Kinetic particle theory and atomic structure; Chemical bonding and structure; Chemical equations, stoichiometry and the mole concept; Electrolysis and energy from chemicals; Speed of reaction and redox; Acids, bases, salts and qualitative analysis; The Periodic Table and reactivity series of metals; and Organic chemistry and polymers.
Does it use my textbook’s method?
It uses the method you bring and asks why it works. It will not claim to know your textbook or your teacher’s marking scheme.
More Sec 3–4 (O-Level / SEC) subjects
Switch between subjects at the same school level or open the full catalogue.
Biology
MOE/SEAB Pure Biology (6093 / SEC K325): cell structure, movement of substances, biological molecules and enzymes, human and plant nutrition, transport and respiration, excretion and homeostasis, molecular genetics, inheritance and ecology.
Physics
MOE/SEAB Pure Physics (6091 / SEC K323): measurement and vectors, kinematics, dynamics, turning effect of forces and pressure, energy, work and power, thermal physics, general waves, sound, EM spectrum and light, DC circuits, practical electricity and electromagnetism.
Science (Combined)
MOE/SEAB Combined Science (5086 / 5087 / 5088 / SEC K326–K328): core Physics, Chemistry and Biology topics for students taking two combined science disciplines.
Nutrition and Food Science
MOE/SEAB Nutrition and Food Science (6097 / SEC): macronutrients, micronutrients, water and dietary fibre, Singapore HPB My Healthy Plate and diet-related diseases, food science reactions (coagulation, gelatinisation, dextrinisation, caramelisation, emulsification, enzymic browning), methods of cooking, food safety and coursework evaluation (Beta).
Bring your chemistry question
Free during testing, with no credit card required.