K G sir Mathematics Olympiad S3
B2
MGV
K G sir (9414642928-7)
Syllabus for International Mathematics Olympiad (INMO)
The syllabus for Mathematics Olympiad (regional, national
and international) is pre-degree college mathematics.
The areas covered are
1) Arithmetic of integers,
2) Geometry
3) Quadratic equations and expressions
4) Trigonometry
5) Co-ordinate geometry
6) Systems of linear equations
7) Permutations and combinations
8) Factorisation of polynomials
9) Inequalities
10) Elementary combinatorics
11) Probability theory and number theory, finite series
12) Complex numbers
13) Elementary graph theory.
Note: The syllabus does not include Calculus and
Statistics. The major areas from which problems are
given are number theory, geometry, algebra and
combinatorics. The syllabus is in a sense spread over
Class IX to Class XII levels, but the problems under
each topic are of exceptionally high level in difficulty
and sophistication. The difficulty level increases from
RMO to INMO to IMO.

Syllabus for international mathematics olympiad

  • 1.
    K G sirMathematics Olympiad S3 B2 MGV K G sir (9414642928-7) Syllabus for International Mathematics Olympiad (INMO) The syllabus for Mathematics Olympiad (regional, national and international) is pre-degree college mathematics. The areas covered are 1) Arithmetic of integers, 2) Geometry 3) Quadratic equations and expressions 4) Trigonometry 5) Co-ordinate geometry 6) Systems of linear equations 7) Permutations and combinations 8) Factorisation of polynomials 9) Inequalities 10) Elementary combinatorics 11) Probability theory and number theory, finite series 12) Complex numbers 13) Elementary graph theory. Note: The syllabus does not include Calculus and Statistics. The major areas from which problems are given are number theory, geometry, algebra and combinatorics. The syllabus is in a sense spread over Class IX to Class XII levels, but the problems under each topic are of exceptionally high level in difficulty and sophistication. The difficulty level increases from RMO to INMO to IMO.