The official syllabus is cycle-specific
The syllabus below is the topic map published in WBJEEB’s Information Bulletin of WBJEE-2026, Appendix 9. As checked on 27 October 2026, WBJEEB had not published a 2027 syllabus on its examination page. Use this as a complete reference for the 2026 cycle only. When the next bulletin appears, compare its subject headings and detailed subtopics line by line before carrying this checklist forward.
The 2026 examination had three subjects across two papers: Mathematics in Paper I, and Physics and Chemistry together in Paper II. The pattern table assigned Mathematics 75 questions and 100 marks, Physics 40 questions and 50 marks, and Chemistry 40 questions and 50 marks. This is a subject-level distribution. It does not justify inventing a fixed number of questions for a chapter or treating every listed topic as equally weighted.
The source of truth for the complete topic wording is the WBJEE-2026 information bulletin. Appendix 9 begins on page 39 of the PDF and groups topics by subject. Use the subtopic detail there when planning; the map below is an index to that appendix, not a replacement for its definitions, limits or named exceptions.
Mathematics: build the full Paper I map
The 2026 Mathematics syllabus moves from algebraic foundations into geometry, calculus and vectors. Its chapter headings include:
- Algebra: arithmetic, geometric and harmonic progressions; logarithms; complex numbers; polynomial equations; permutations and combinations; mathematical induction; the binomial theorem; and matrices.
- Sets and data: sets, relations and mappings; statistics and probability, including conditional probability and Bayes’ theorem.
- Trigonometry: trigonometric functions, compound and multiple angles, equations, and inverse trigonometric functions.
- Coordinate geometry: two-dimensional coordinates, straight lines, circles and conic sections, followed by three-dimensional coordinate geometry.
- Calculus: differential calculus, Rolle’s and Lagrange’s mean value theorems, integral calculus, differential equations and applications of calculus.
- Vectors: vector addition and scalar multiplication, dot and cross products, and the scalar triple product with geometric applications.
A useful study sequence is to connect topics whose notation and operations recur. For example, functions and algebra support limits and derivatives; coordinate geometry gives contexts for calculus applications; and vectors appear in both the Mathematics and Physics syllabi. This is a planning aid inferred from the listed subject topics, not an official prerequisite sequence. Keep it flexible if your own gaps require a different order.
For each chapter, make a checklist with three layers: definitions and conditions, standard transformations or formulae, and problems that require selecting a method. The bulletin’s topic text includes scope limits such as the stated matrix sizes, the number of variables in linear systems, and which theorem statements need to be known. Record such qualifiers directly from Appendix 9. A chapter title alone can conceal a boundary that matters for what you practise.
Physics: follow the 24-topic progression
The 2026 Physics appendix begins with measurement and mechanics and then moves through matter, thermal physics, waves, electricity, magnetism, optics and modern physics. The listed areas are:
- Physical world, measurements, units and dimensions.
- Motion in one and two dimensions, followed by motion in a plane.
- Laws of motion; work, power and energy; systems of particles and rigid bodies; gravitation.
- Bulk properties of matter, viscosity, heat and thermal physics, thermodynamics, and kinetic theory of gases.
- Oscillations and waves.
- Electrostatics and current electricity.
- Magnetic effects of current and magnetic properties of materials.
- Electromagnetic induction and alternating current; electromagnetic waves.
- Ray optics and wave optics.
- Atomic physics, nuclear physics and solid-state electronics, including semiconductor devices and logic gates.
The numbered list above groups neighbouring headings to make the reading path easier; Appendix 9 remains the authority for the exact 2026 chapter numbering and subtopic wording. The official list includes detailed items such as dimensional analysis, projectile motion, free-body diagrams, rotational motion, fluid pressure and surface tension, heat transfer, circuit laws, magnetic effects, wave interference, atomic spectra and semiconductor characteristics. These are scope markers, not a claim that each item has a separate question quota.
When building a Physics checklist, separate a topic’s conceptual definitions from its calculations and representations. A chapter may include a law, a graph, a limiting condition and an application. For example, the bulletin’s mechanics chapters name both physical principles and applications such as banking of roads or satellite motion. Study the exact application named in the syllabus, then verify your understanding with a question that changes the given quantities or diagram. This practice recommendation follows from the breadth of the official topic list; it does not predict a particular question.
Chemistry: keep physical, inorganic and organic work connected
The 2026 Chemistry appendix includes foundational, physical, inorganic and organic chemistry rather than a short list of isolated reactions. Its named topics cover:
- Foundations and atomic structure: basic concepts and stoichiometry; structure of the atom; classification of elements and periodicity; chemical bonding and molecular structure.
- Physical chemistry: solids and gases; chemical thermodynamics; equilibrium; solutions and colligative properties; chemical kinetics; redox reactions; electrochemistry.
- Organic foundations and reactions: basic principles and nomenclature; hydrocarbons; haloalkanes and haloarenes; alcohols, phenols and ethers; aldehydes, ketones and carboxylic acids; organic compounds containing nitrogen, including nitro compounds, amines, cyanides, isocyanides and diazonium salts.
- Biomolecules and materials: carbohydrates, proteins, nucleic acids and polymers.
Read each named subtopic in the bulletin. The appendix gives boundaries that should not be lost in a compressed chapter name. Examples include the stated kinds of compounds for selected reactions, the coverage of simple molecules in bonding, and the named carbohydrate and polymer examples. Those details are more useful for a coverage checklist than a generic coaching chapter list because they come from the same official cycle document.
To make revision manageable, keep separate retrieval prompts for concepts and reactions. In physical chemistry, practise identifying which quantities and assumptions the problem supplies before choosing a relation. In organic chemistry, connect the stated functional group, reaction type and conditions rather than memorising a product without its context. In inorganic chemistry, anchor periodic trends and bonding explanations to the concepts named in the official syllabus. These are study methods, not claims about official weighting or expected questions.
Turn the appendix into a reliable coverage plan
Start by downloading the bulletin and checking the cycle printed on its cover. Copy every chapter heading into a checklist, then expand it with the indented subtopics and qualifications in Appendix 9. Keep three statuses for each item: not studied, studied but not recalled reliably, and demonstrated in timed practice. The third label should mean you can solve an unfamiliar problem from the topic without relying on a worked example, not merely that you have read the chapter.
Next, map overlap without merging the exam subjects. Vectors, calculus, atomic models and waves have connections across the syllabus, but the question is still assigned to a particular subject and paper. Keep the Mathematics, Physics and Chemistry checklists distinct so you can see whether a gap is mathematical technique, a physical model, chemical reasoning or retrieval of facts.
Then add the 2026 paper constraints to your plan. WBJEE used an OMR sheet, multiple-choice questions and three scoring categories. Category 1 carried one mark with negative marking, Category 2 carried two marks with a larger deduction, and Category 3 allowed one or more correct options with a partial-credit rule. Practise the categories using the official instructions because an answer-selection mistake can cost marks even when the underlying concept is familiar. Use the next cycle’s bulletin to confirm whether those rules change.
Finally, keep chapter-level progress separate from any estimated weightage. The official pattern table gives question totals by subject, not a promise that a particular chapter will appear a fixed number of times. Avoid online tables that assign exact future question counts unless the board publishes such a distribution. For 2027 preparation, this 2026 topic map is a starting checklist only. Reconcile it with the next official syllabus before excluding a topic, assuming a deleted chapter or allocating study time as though 2026 counts were guaranteed to repeat.