JAMB Syllabus For Chemistry 2026/2027 [PDF Download]

If chemistry is amongst your JAMB four subjects for the UTME 2026, then this page is your last bus stop to getting the official JAMB Syllabus for Chemistry for the JAMB 2026 UTME. If this aligns accurately with your aim of being here today, kindly stay calm ans read till the ending paragraph so you can get what you want.

This guide contains what JAMB Chemistry syllabus entails, why you need it, where to get it, how to get it and how to use it effectively for your studies before JAMB exam day. Let’s not waste a time and get into it right away.

Contents

JAMB Syllabus for Chemistry 2026 Overview

Here’s an overview of the JAMB Chemistry Syllabus represented in a brief table for easy understanding:

Title	Detail
Exam Type	UTME / Direct Entry
Exam Session	2026/2027
Syllabus Subject	Chemistry
File Format	PDF
File Size	300KB

What Is JAMB Chemistry Syllabus?

The JAMB Chemistry Syllabus is a document that contains the areas of concentration, topics and key focus as designed by the Joint Admissions and Matriculation Board (JAMB) to help candidates focus more on what’s important what’s not important for the 2026 Chemistry UTME.

Why Use the JAMB Syllabus for Chemistry?

Using the JAMB syllabus for Chemistry is like being guided with what to focus on and what to take your attention from and this is simply because the syllabus provides you with the topics that are likely to home the questions and the best areas to concentrate while studying.

Therefore; it is important to make use of the syllabus of you aim for a high score in chemistry this year.

Official JAMB Syllabus for Chemistry 2026/2027

Here are the full contents that the JAMB Chemistry syllabus 2026 contains:

S/N	Topic	Key subtopics / points to study
1	Separation of mixtures & purification	Types of mixtures; methods: filtration, evaporation, crystallization, distillation (simple/fractional), fractional distillation, chromatography, sublimation, decantation, centrifugation. Purification techniques and principles (solubility, boiling point differences).
2	Chemical combinations (stoichiometry & formulae)	Writing & balancing equations, mole concept, empirical & molecular formulae, percentage composition, stoichiometric calculations. Limiting reagent, yield (actual & percentage), atomic/molecular mass calculations.
3	Kinetic theory of matter & gas laws	Gas laws: Boyle, Charles, Gay-Lussac, Avogadro; ideal gas equation; kinetic theory basics; diffusion & effusion (Graham’s law). Real gases (qualitative), pressure, temperature, volume relationships.
4	Atomic structure & bonding	Models of the atom, electronic configuration, quantum numbers; periodicity (groups/periods). Covalent, ionic, metallic bonding, coordinate bonds; shapes of molecules (VSEPR), polarity, hybridisation, resonance.
5	The Periodic Table & periodicity	Trends: atomic size, ionization energy, electron affinity, electronegativity, metallic/non-metallic character. Group properties (alkali metals, alkaline earths, halogens, noble gases, transition elements basics).
6	Water, air & industrial raw materials	Water properties, hardness (temporary & permanent), softening methods, purification of water, environmental implications. Composition of air, pollutants, acid rain, treatment of industrial wastes.
7	Solutions, solubility & colligative properties	Concentration units (M, %, ppm), solubility curves, factors affecting solubility. Colligative properties (qualitative): vapor pressure lowering, boiling point elevation, freezing point depression, osmotic pressure (basic ideas).
8	Acids, bases & salts	Theories of acids/bases (Arrhenius, Bronsted-Lowry); pH and pOH concepts, calculations with buffers, titration curves & indicators. Salt hydrolysis, preparation and properties of important salts.
9	Energetics / thermochemistry	Exothermic & endothermic processes, enthalpy changes, Hess’s law, bond energies, qualitative ideas of entropy & Gibbs free energy (basic concepts).
10	Chemical equilibrium	Dynamic equilibrium, Le Chatelier’s principle, equilibrium constant (Kc, Kp) — basic calculations and applications to homogeneous systems.
11	Rates of reaction & collision theory	Rate laws (qualitative/introductory), factors affecting rate (temperature, concentration, surface area, catalysts), activation energy, catalysts and enzymes (basic).
12	Oxidation, reduction & electrochemistry	Oxidation numbers, redox equations, basics of electrolysis, galvanic/voltaic cells, standard electrode potentials (qualitative use), electroplating.
13	Qualitative analysis & laboratory techniques	Qualitative tests for common cations and anions, flame tests, solubility rules, spotting & group reactions, practicals: titration, filtration, weighing, preparation of salts.
14	Metals & their compounds	Reactivity series, extraction of metals (oxides, ores), properties and uses, corrosion and prevention, common compounds (oxides, sulfates, chlorides).
15	Non-metals & their compounds	Important non-metals (e.g., O, N, S, Cl), oxides, acids derived from non-metals, industrial compounds (e.g., sulfuric acid, chlor-alkali products).
16	Organic chemistry — fundamentals	Nomenclature, isomerism (structural, stereo: cis/trans), homologous series, functional groups and general reactions.
17	Organic compounds — classes & reactions	Hydrocarbons (alkanes, alkenes, alkynes), halogen derivatives, alcohols, ethers, aldehydes & ketones, carboxylic acids & derivatives, esters, amines — preparation, properties and typical reactions.
18	Chemistry & industry / environmental chemistry	Industrial processes: Haber process (ammonia), contact process (sulfuric acid), manufacture of cement, steel basics, fertilizers, soaps/detergents; environmental impacts and pollution control.
19	Calculations & problem solving (misc.)	Stoichiometry problems, concentration calculations, gas calculations, titration calculations, simple derivations and units conversions relevant to exam practice.
20	Revision & exam practice focus	Past-question themes, common practical questions, interpretation of simple data/graphs, quick conceptual checks on trends in periodic table and reaction prediction.

Note: This table is a consolidated syllabus derived from JAMB’s IBASS and reputable syllabus mirrors. For the official, authoritative syllabus and any updates, always check the JAMB IBASS / official JAMB portal (jamb.gov.ng). :contentReference[oaicite:1]{index=1}

Source: compiled from JAMB/IBASS and commonly used syllabus mirrors (candidates should confirm on JAMB IBASS at jamb.gov.ng for official updates).

How To Download JAMB 2026 Syllabus for Chemistry PDF

Downloading the JAMB Syllabus for Chemistry for 2026 UTME is a simple task to do if you are serious about it, below is how you cam actually get your copy as easy as possible :

Visit the JAMB Syllabus website at (https://www.ibass.jamb.gov.ng)
Check for the “Syllabus” section and click on it
Choose “Chemistry” as your subject
Then locate the “Download” button beside it and click on it
It will be saved to your phone automatically and you can access it offline anytime, anyday.
Alternatively, you can proceed to download the JAMB Chemistry Syllabus below

JAMB Syllabus for Chemistry 2026/2027 PDF Download

The JAMB Chemistry syllabus PDF is available here. You just have to click on the “Download” button below to get it saved I to your smartphone without any delay. Get yours now!

DOWNLOAD

How to Use the JAMB Syllabus for Chemistry Effectively

There are many ways of using the JAMB Syllabus for Chemistry to study in preparation for the UTME, but some of these ways are more effective than the other.

Below are the most effective ways you should abide while using the JAMB Chemistry syllabus for studies in preparation for the exam:

Map out a good timetable: Create a well structured reading timetable for your studies as it is more effective when you’re guided by time while studying than just to take a book to read at anytime
Get JAMB Chemistry Past Questions: Having past questions from 2000 to 2025 is recommended, you should always solve them after the time to read chemistry expires, that’s how you can tackle JAMB questions without fear
Join Group Reading: Some people don’t like reading in a group which is fine, check yourself and see, if you’re someone that can cope reading with friends and gaining much, then find like-minded students and read with them to understand chemistry better
Make use of the recommended textbooks: JAMB also recommends some textbooks for chemistry you should make use of while studying. Try and get at least one to study along using the JAMB Chemistry syllabus.
Revise Regularly: Regular revision of what you’ve read makes them stick to your brain and that’s what will make you have full confidence in the examination hall.

JAMB Syllabus for Other Subjects

If you wish to check the or see the syllabus for any other subjects, the table below contains them and their syllabus respectively, just select the one you wish to see and click on it.

Subject	Syllabus Link 🔗
Arabic	See Syllabus Here
Use of English	See Syllabus Here
Mathematics	See Syllabus Here
Physics	See Syllabus Here
Biology	See Syllabus Here
Agricultural Science	See Syllabus Here
Economics	See Syllabus Here
Geography	See Syllabus Here
Government	See Syllabus Here
History	See Syllabus Here
Literature-in-English	See Syllabus Here
French	See Syllabus Here
Fine Art	See Syllabus Here
Music	See Syllabus Here
Animal Husbandry	See Syllabus Here
Igbo	See Syllabus Here
Hausa	See Syllabus Here
Yoruba	See Syllabus Here
Islamic Religious Studies (IRS)	See Syllabus Here
Christian Religious Studies (CRS)	See Syllabus Here
Commerce	See Syllabus Here
Computer Studies	See Syllabus Here
Home Economics	See Syllabus Here
Principle of Account	See Syllabus Here

Conclusion

Possessing the JAMB Syllabus for Chemistry is like passing your JAMB Chemistry by 40%; the remaining struggles lie in practicing with JAMB Chemistry Past Questions and then reading effectively, as we’ve guided you above. Make sure you have this syllabus, as it is vital for your UTME preparation to ensure success.