About the International Olympiad of Mathematics
The International Olympiad in Mathematics (IOM) is a prestigious international mathematics competition for students at the pre-college level. It aims to identify and nurture young mathematical talents from around the world. Here are some key points about the International Olympiad in Mathematics:
Objective: The primary objective of the International Olympiad in Mathematics is to promote a deeper understanding of mathematics, encourage problem-solving skills, and recognize outstanding mathematical talent among students.
Participation: Students from various countries can participate in the IOM. They typically qualify through their performance in national and regional mathematics competitions.
Exam Format: The IOM competition consists of a written examination that includes a series of challenging mathematical problems. These problems are designed to test students' problem-solving abilities, creativity, and mathematical knowledge.
Topics Covered: The examination covers a wide range of mathematical topics, including algebra, geometry, number theory, combinatorics, and mathematical reasoning.
Levels: The IOM is organized at different levels, including the Junior Level (for students up to the age of 13) and the Senior Level (for students up to the age of 18). The level of difficulty of the problems varies accordingly.
Recognition and Awards: High-performing students at the IOM receive medals, certificates, and other awards. The top performers often receive gold, silver, or bronze medals, depending on their scores.
International Representation: The best-performing students at the IOM may have the opportunity to represent their country at other prestigious international mathematics competitions, such as the International Mathematical Olympiad (IMO).
Preparation: Preparing for the IOM requires a strong understanding of mathematical concepts, problem-solving skills, and practice with advanced mathematical problems. Students often engage in rigorous training and solve mathematical challenges to excel in the competition.
Benefits: Participation in the IOM offers students the opportunity to showcase their mathematical talents on an international stage, gain recognition for their achievements, and potentially open doors to further educational and career opportunities in mathematics and related fields.
Promotion of Mathematics Education: The IOM plays a significant role in promoting the study of mathematics and fostering a love for the subject among young students. It encourages them to pursue higher education and careers in mathematics-related disciplines.
The International Olympiad in Mathematics provides a platform for exceptional students to challenge themselves and compete with peers from around the world while nurturing their passion for mathematics. It is considered one of the most prestigious mathematics competitions at the pre-college level globally.
IMO Syllabus 2024 for Class I & II
Arithmetic: Addition, subtraction, multiplication, and division of whole numbers, decimals, and fractions
Negative numbers: Basic concepts
Geometry: Points, lines, angles, and basic shapes
Patterns: Simple sequences and series
Number theory: Divisibility and prime numbers
IMO Syllabus 2024 for Class III & IV
Algebra: Variables, expressions, and equations
Geometry: Points, lines, angles, and basic shapes
Measurement: Length, area, and volume
Numbers and patterns: Place value and the four operations with whole numbers and decimals
Probability and statistics: Simple concepts
IMO Syllabus 2024 for Class V & VI
Algebra: Solving linear equations and inequalities, and simple quadratic equations
Geometry: Points, lines, angles, and basic shapes
Measurement: Length, area, and volume
Trigonometry: Definitions of sine, cosine, and tangent
Number theory: Divisibility and prime numbers
IMO Syllabus 2024 for Class VII & VIII
Algebra: Solving linear and quadratic equations and inequalities, and systems of linear equations
Geometry: Points, lines, angles, and basic shapes, similarity and congruence
Trigonometry: Use of sine, cosine, and tangent to solve real-world problems
Calculus: Limits and derivatives
Number theory: Divisibility, prime numbers, and Diophantine equations
IMO Syllabus 2024 for Class IX & X
Algebra: Solving linear and quadratic equations and inequalities, and systems of linear equations
Geometry: Points, lines, angles, and basic shapes, similarity and congruence
Trigonometry: Use of sine, cosine, and tangent to solve real-world problems
Calculus: Limits, derivatives, and integrals
Number theory: Divisibility, prime numbers, and Diophantine equations
Combinatorics: Permutations and combinations
IMO Syllabus 2024 for Class XI & XII
Algebra: Solving linear and quadratic equations and inequalities, and systems of linear equations
Geometry: Points, lines, angles, and basic shapes, similarity and congruence
Trigonometry: Use of sine, cosine, and tangent to solve real-world problems
Calculus: Limits, derivatives, and integrals, sequences and series
Number theory: Divisibility, prime numbers, Diophantine equations, and number fields
Combinatorics: Permutations and combinations, graph theory, and probability theory
IMO Exam Pattern 2024
International Maths Olympiad invites students from classes I to XII
Level 1: The first level of examination is conducted during school hours in the respective schools of the participants.
The Level 1 competition is an objective-type test of 60 minutes, consisting of 35 object-type (MCQs) for classes I to IV and 50 objective-type questions for classes V to XII.
The question paper consists of four sections:
o Section-1: Logical Reasoning
o Section-2: Mathematical Reasoning
o Section-3: Everyday Mathematics
o Section-4: Achievers Section
IMO is held on three different dates. Schools can choose any one date at their convenience. Science Olympiad Foundation (SOF) prepares separate question papers for each examination date.
The test is in the English medium of the International Maths Olympiad.
SOF follows CBSE, ICSE/ISC and State Board syllabus while designing IMO exam papers.
All students from classes I to XII are eligible for the IMO exam.
IMO Level 1 Exam Pattern & Marking Scheme for Class I to IV:
Sections No. of Questions Marks per Questions Total Marks
Logical Reasoning 10 1 10
Mathematical Reasoning 10 1 10
Everyday Mathematics 10 1 10
Achievers Section 5 2 10
Grand Total 35 40
IMO Level 1 Exam Pattern & Marking Scheme for Class V to XII:
Sections No. of Questions Marks per Questions Total Marks
Logical Reasoning 15 1 15
Mathematical Reasoning 20 1 20
Everyday Mathematics 10 1 10
Achievers Section 5 3 15
Grand Total 35 60
Level 2: Level 2 of the SOF IMO exam is conducted for classes III to XII students. The second-round qualifiers will include
The International Level: Top 5% of candidates, class-wise, who appear in the SOF IMO Level 1 exam at the International level.
Zone/State Level: Top 25 from each zone and category rank holders.
At School Level: Class Topper where at least 10 students from a class appeared in the examination and secured at least 50% qualifying marks
IMO Level 2 Exam Pattern & Marking Scheme for Class I to IV:
Sections No. of Questions Marks per Questions Total Marks
Mathematics 30 1 30
Achievers Section 5 2 10
Grand Total 35 40
IMO Level 2 Exam Pattern & Marking Scheme for Class V to XII:
Sections No. of Questions Marks per Questions Total Marks
Mathematics 45 1 45
Achievers Section 5 3 15
Grand Total 50 60
Frequently Asked Questions
The International Olympiad in Mathematics is a prestigious international mathematics competition for pre-college students. It aims to identify and recognize exceptional mathematical talent among students from around the world.
Participation in the IOM typically requires students to qualify through their performance in national and regional mathematics competitions. There are different levels of the competition, including the Junior Level (for students up to the age of 13) and the Senior Level (for students up to the age of 18), with varying levels of difficulty.
The IOM exam consists of a written examination that includes a series of challenging mathematical problems. These problems cover various mathematical topics, such as algebra, geometry, number theory, combinatorics, and mathematical reasoning. Students are assessed based on their problem-solving abilities, creativity, and mathematical knowledge.
Participating in the IOM offers several benefits, including the opportunity to represent one's country on an international stage, gain recognition for mathematical achievements, receive medals and certificates, and potentially qualify for other prestigious international mathematics competitions like the International Mathematical Olympiad (IMO). It also fosters a passion for mathematics and opens doors to educational and career opportunities in related fields.
Preparing for the IOM involves a strong foundation in mathematical concepts, problem-solving skills, and practice with advanced mathematical problems. Students often engage in rigorous training, solve mathematical challenges, and study various mathematical topics to excel in the competition. Access to mathematics textbooks and resources can also be beneficial for preparation.
Please note that the specific details of the International Olympiad in Mathematics, including registration procedures, eligibility criteria, and competition schedules, may vary from year to year and from one country to another. To get the most accurate and up-to-date information about the IOM, students are advised to refer to the official website of the organizing authority in their respective countries or regions.