Mathematics Olympiad is a talent search event involving schools and colleges from all over India.
The 1st Mathematics Olympiad was held in 1979.
This year the Mathematics Association is organizing the 36th Mathematics Olympiad. This is a platform for students to challenge themselves and test their Mathematical knowledge and skills. The goal of Mathematics Olympiad is to stimulate enthusiasm and love for mathematics, to strengthen mathematical intuition, foster mathematical creativity and provide satisfaction, joy and thrill of meeting challenges.
It is a great opportunity for the participating students to experience the atmosphere of IIT Bombay, which is one of the premium academic institutions of the country. The Olympiad is overseen by some of the most renowned professors of the country, who are faculty at the Mathematics Department of IIT Bombay.
Children are not limited in what they can do when they have mathematical skills
Because to a mathematician, "real life" is a special case
Students from standard 8th, 9th and 10th can appear for the Level 1 examination.
Students from standard 11th and 12th are eligible for the Level 2 examination.
Undergraduate students (upto 3rd year) are eligible for level 3 examination.
All one needs to crack the Olympiad is common sense and problem solving skills.
Here is a rough list of topics in which one might expect questions.
It is by no means a comprehensive one. It is meant to give the students an idea of what questions might be asked.
Basic Arithmetic, Ratio and Proportion, Profit and Loss, Time and Distance, Time and Work
Basic Algebra, Simultaneous/Quadratic Equations, Logarithms, Surds, Indices
Basic Geometry, Area and Volume, Mensuration, Triangle, Quadrilateral, Circle, Trigonometry
Integers, Permutations and Combinations, Basic Probability, Divisibility, Counting, Sequences and Series
Basic Arithmetic, Ratio and Proportion, Profit and Loss, Time and Distance, Time and Work
Basic Algebra, Polynomials and Equations, Logarithm, Surds, Indices, Complex Numbers
Basic Geometry, Area and Volume, Mensuration, Polygons, Trigonometry, 2-Dimensional and 3-Dimensional Coordinate Geometry
Permutations and Combinations, Basic Probability, Divisibility, Counting, Sequences and Series, Mathematical Induction
Functions, Differentiability, Differentiation, Limits, Continuity, Integration, Applications of Calculus
Real Analysis, Complex Analysis, Series and Sequences of Functions, Power Series, Metric Spaces
Basic Algebra, Polynomials, Theory of Equations, Linear Algebra, System of Linear Equations, Group Theory
Basic Geometry, Area and Volume, Mensuration, Polygons, Trigonometry, 2-Dimensional and 3-Dimensional Coordinate Geometry
Basic Number Theory, Permutations and Combinations, Divisibility, Counting
Functions, Differentiability, Differentiation, Limits, Continuity, Integration, Aplications of Calculus, Ordinary Differential Equations
