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1800-102-2727IOM Syllabus 2025-26: The International Olympiad of Mathematics (iOM) is an esteemed competition that challenges students’ mathematical thinking and problem-solving skills. To excel in the iOM 2025-26 exam, understanding the class-wise syllabus is crucial. This guide will provide a detailed breakdown of the syllabus for each class, from Class 1 through Class 12, helping students, teachers, and parents plan their preparation effectively.
Understanding the specific syllabus for your class level helps in:
The iOM syllabus is designed to test conceptual understanding, logical reasoning, and application skills appropriate for each class.
The syllabus for iOM generally covers the fundamental concepts taught in the respective classes with additional problem-solving and analytical reasoning topics. The emphasis is on:
The difficulty and depth of topics increase progressively from Class 1 to Class 12.
At the primary level, the focus is on building a strong foundation in basic math concepts, number sense, and simple problem-solving.
|
Class |
Topics Covered |
|
1 |
Numbers (1-100), Addition, Subtraction, Shapes, Time, Patterns, Measurement, Logical Reasoning |
|
2 |
Numbers (up to 1000), Addition, Subtraction, Multiplication basics, Shapes, Time, Money, Simple Fractions, Patterns |
|
3 |
Numbers (up to 10,000), Addition, Subtraction, Multiplication, Division, Fractions, Measurement, Time, Geometry, Data Handling |
|
4 |
Place Value, Addition, Subtraction, Multiplication, Division, Fractions, Decimals, Geometry, Perimeter & Area, Time, Data Handling |
|
5 |
Number Systems, Operations, Fractions, Decimals, Geometry, Measurement, Volume, Patterns, Data Interpretation, Logical Puzzles |
The middle school syllabus covers a broader range of topics including introduction to algebra, more complex geometry, and data handling.
|
Class |
Topics Covered |
|
6 |
Number Systems, Factors & Multiples, Fractions & Decimals, Ratio & Proportion, Algebra basics, Geometry (lines, angles, triangles), Mensuration, Data Handling |
|
7 |
Integers, Rational Numbers, Exponents, Algebraic Expressions, Linear Equations, Geometry (circles, polygons), Surface Area & Volume, Data Interpretation |
|
8 |
Real Numbers, Polynomials, Linear Equations in two variables, Quadrilaterals, Mensuration, Introduction to Graphs, Statistics, Probability |
At this stage, the syllabus aligns closely with CBSE/ICSE/State board curricula, with more emphasis on algebra, geometry, and data handling skills necessary for Olympiad challenges.
|
Class |
Topics Covered |
|
9 |
Number Systems, Polynomials, Linear Equations, Coordinate Geometry, Geometry (triangles, quadrilaterals, circles), Surface Areas & Volumes, Statistics, Probability |
|
10 |
Real Numbers, Polynomials, Quadratic Equations, Arithmetic Progressions, Coordinate Geometry, Geometry (circles, cones, spheres), Statistics, Probability |
The senior secondary syllabus is designed to challenge students with higher-order thinking questions and advanced mathematical concepts.
|
Class |
Topics Covered |
|
11 |
Sets, Relations & Functions, Trigonometry, Algebra (Sequences & Series), Coordinate Geometry, Calculus basics, Probability, Statistics, Vectors and 3D Geometry |
|
12 |
Algebra (Complex Numbers, Matrices), Calculus (Limits, Derivatives, Integrals), Probability, Statistics, Coordinate Geometry, Vectors and 3D Geometry |
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Preparation Tips |
Description |
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Understand Class Concepts |
Master the syllabus topics covered in your class first. |
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Solve Previous Year Papers |
Practice past Olympiad papers to get exam insight. |
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Focus on Logical Reasoning |
Olympiad questions often include puzzles and logic problems. |
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Use Reference Books & Workbooks |
Refer to Olympiad-specific books alongside school textbooks. |
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Take Mock Tests |
Regularly assess yourself with timed practice tests. |
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Class Level |
Sample Question Type |
|
Primary (1-5) |
Simple addition/subtraction, shape recognition, patterns |
|
Middle (6-8) |
Algebraic expressions, geometry problems, ratio and proportion |
|
Secondary (9-10) |
Quadratic equations, coordinate geometry, probability questions |
|
Senior Secondary (11-12) |
Calculus basics, vectors, advanced algebra, statistics |
The iOM 2025-26 syllabus is thoughtfully structured to cater to the mathematical level of each class from 1 through 12. Understanding the syllabus is the first and most vital step towards effective preparation for the Olympiad. Students and teachers should focus on the class-specific topics outlined above, practice rigorously, and approach the exam with confidence.
Keep track of any official updates from SilverZone and ensure your preparation materials match the current syllabus for the best chances of success.
Q1. What is the syllabus for iOM 2025-26 for Class 6 to 8?
Answer: The syllabus for Classes 6 to 8 includes Number Systems, Fractions, Decimals, Ratio & Proportion, Basic Algebra, Geometry (lines, angles, triangles, circles), Mensuration, Data Handling, Statistics, and Probability. The focus is on strengthening fundamental concepts with an introduction to algebra and geometry.
Q2. Is the iOM syllabus different for each class?
Answer: Yes, the iOM syllabus is specifically designed to match the curriculum and learning level of each class from 1 to 12. The complexity and topics gradually increase with each higher class to test the students’ advancing mathematical skills.
Q3. Where can I find the official iOM syllabus for 2025-26?
Answer: The official syllabus is usually published on the SilverZone or iOM official website and in the Olympiad registration brochure. It is recommended to check the official portals regularly for updates before preparing.
Q4. Does iOM syllabus for Class 11 and 12 include calculus topics?
Answer: Yes, for Classes 11 and 12, the syllabus includes advanced topics such as calculus (limits, derivatives, integrals), algebra (complex numbers, matrices), coordinate geometry, probability, and statistics, aligned with NCERT standards.
Q5. How can students best prepare using the iOM syllabus?
Answer: Students should first thoroughly understand the class-wise topics listed in the syllabus, practice previous years’ question papers, solve sample papers and mock tests, and focus on logical reasoning and problem-solving skills specific to Olympiad patterns.
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