SSC Mathematics — Syllabus, Mark Distribution & Preparation
বাংলায় পড়তে চাও? দেখো: এসএসসি গণিত — সিলেবাস, মানবন্টন ও প্রস্তুতি
Mathematics is compulsory and the one SSC subject where a correct answer earns full marks — with the concepts in place it is the most reliable A+ on your list.
This page brings together the subject code, paper structure, mark distribution, syllabus topics and the study approach that earns the highest marks in SSC Mathematics.
Mathematics at a glance
| Item | Detail |
|---|---|
| Subject | Mathematics |
| Subject code | 109 |
| Papers | 1 |
| Group | Compulsory |
| Mark distribution | Creative 70 + MCQ 30 = 100 |
| Practical | No |
| Class | Class 9-10 |
Boards and the NCTB revise subject codes and mark distribution from time to time. Confirm both against your board’s latest notice and the published NCTB syllabus before filling in your exam form.
Mathematics: learn it with interactive animations
An idea that is hard to picture from a still textbook diagram becomes obvious when you change the values yourself and watch it happen. Each simulation below comes with a full plain-language explanation, the formulas, solved examples, common mistakes and exam tips, so understanding and revision happen together.
- Pythagorean Theorem (Grade 8–10 · animation)
- Trigonometric Ratios and the Unit Circle (Grade 10–11 · animation)
- Quadratic functions and their graphs (Grade 9–11 · animation)
- Circle theorems (Grade 9–10 · animation)
- Heights and distances: elevation and depression angles (Grade 9–10 · animation)
- Probability: experimental vs theoretical probability (Grade 9–11 · animation)
- Arithmetic and Geometric Sequences (Grade 10–11 · animation)
- Mean, Median and Mode (Grade 9–10 · animation)
- Sets and Venn Diagrams (Grade 7–11 · animation)
- Linear equations: graphs, slope and simultaneous pairs (Grade 8–10 · animation)
- Graphs of sin, cos and tan (Grade 10–12 · animation)
- Completing the Square and the Quadratic Formula (Grade 9–10 · animation)
- Area of a Circle: Proof, Formula and Solved Problems (Grade 7–10 · animation)
- Volume and Surface Area of Solids: Cube, Cuboid, Cylinder, Cone, Sphere (Grade 8–10 · animation)
- Similar Triangles: Scale Factor, AA, SSS, SAS and Shadow Heights (Grade 8–10 · animation)
- Coordinate Geometry: Distance, Midpoint, Slope, Section Formula and Locus (Grade 9–11 · animation)
- Conic Sections: Circle, Ellipse, Parabola and Hyperbola (Grade 11–12 · animation)
- Function Transformations: Shifts, Stretches and Reflections (Grade 9–11 · animation)
- Derivative as the Slope of a Tangent: Secant to Tangent (Grade 11–12 · animation)
- Riemann Sums and Integration: Area Under a Curve (Grade 11–12 · animation)
- Limits and the ε–δ Definition: A Visual Guide (Grade 11–12 · animation)
- 3D Vectors: Sum, Dot Product and Cross Product (Grade 11–12 · animation)
- Matrix Transformations: Rotation, Reflection, Shear and the Determinant (Grade 11–12 · animation)
- Complex Numbers: Sum, Product, Powers and Roots on the Argand Plane (Grade 11–12 · animation)
- Binary Number System: Place Value, Conversion and Addition (Grade 9–12 · animation)
What the syllabus covers
SSC 2027 runs on the full syllabus, so Mathematics covers all of the following:
- Algebra: real numbers, sets and functions, algebraic expressions
- Indices and logarithms, equations in one and two variables
- Inequalities, ratio and proportion, percentage applications
- Geometry: triangles and quadrilaterals, circles, theorems and constructions
- Trigonometry: trigonometric ratios and problems on distance and height
- Mensuration: area and volume
- Finite series and statistics — mean, median, mode, graphs
This is a topic list — chapter order and numbering may differ in your edition. Download the definitive syllabus from the NCTB website (nctb.gov.bd).
How to score well in Mathematics
- Work every exercise problem by hand, not just the worked examples — in maths, following a solution is not the same as producing one.
- Practise drawing theorem and construction figures with a ruler and compass — a clean figure carries its own marks.
- Keep every formula on one sheet and skim it daily to speed up the MCQ section.
- Write every creative answer step by step — intermediate steps carry marks even when the final answer is wrong.
A preparation routine that works
- Read the textbook chapter yourself first and get the core idea — starting with a guide book leaves the concept half-formed.
- After each chapter write a one-page note in your own words: definitions, formulas or key points, and an example.
- Solve that chapter’s creative and MCQ questions from past board papers, then check your answers.
- Reserve one day a week for revision only — skim every earlier chapter note.
- Sit at least one full timed model test a month, then work out exactly where you are losing marks.
Frequently asked questions
The subject code for Mathematics is 109. You need this exact code on your exam form and on a board-challenge application, so cross-check it with your board’s notice.
Mathematics has a single paper. Mark distribution: Creative 70 + MCQ 30 = 100.
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