Module 1
Real Numbers
Apply Euclid's division algorithm, fundamental theorem of arithmetic, and prove irrationality at Olympiad level.
Class 10 Olympiad Maths is board-exam territory. Real numbers, quadratic equations, trigonometry, circles, surface areas and volumes, and statistics are tested in depth.
Last updated: 5 May 2026
The Class 10 Olympiad Maths syllabus on SparkEd covers 13 chapters aligned to the latest Olympiad curriculum, spanning number systems, algebra, geometry, mensuration, data and statistics, trigonometry and coordinate geometry. Every chapter on this page links to a topic guide with concept notes, a free PDF worksheet at three difficulty levels, and an interactive practice module with instant feedback.
Class 10 maths builds the foundation that the next year's chapters depend on, so consistent weekly practice matters more than last-minute cramming. Class 10 Olympiad Maths is board-exam territory. Real numbers, quadratic equations, trigonometry, circles, surface areas and volumes, and statistics are tested in depth.
How to use this page: open a chapter's Topic Guide for the concept refresher, switch to Practice for graded questions, and download the PDF worksheet for offline use. Each chapter has around 60 questions across easy, medium, and hard sets — enough material for a full revision cycle leading up to school assessments and Olympiad board-aligned tests.
Module 1
Apply Euclid's division algorithm, fundamental theorem of arithmetic, and prove irrationality at Olympiad level.
Module 2
Find zeros and verify relationships between zeros and coefficients; divide polynomials and solve competition problems.
Module 3
Solve systems of linear equations using multiple methods; analyze consistency and apply to challenging word problems.
Module 4
Solve quadratics by factoring, completing the square, and quadratic formula; analyze discriminant and nature of roots.
Module 5
Find nth terms and sums of APs; solve competition-level sequence problems and pattern-based challenges.
Module 6
Apply similarity criteria (AA, SAS, SSS), BPT, and Pythagoras theorem in advanced geometry problems.
Module 7
Apply distance formula, section formula, and area of triangles; solve locus and collinearity problems.
Module 8
Apply trigonometric ratios, prove identities, and solve heights and distances problems at competition level.
Module 9
Prove and apply tangent properties, solve problems on tangent from an external point, and chord-tangent relations.
Module 10
Find surface area and volume of combined solids, frustum of a cone, and solve conversion problems.
Module 11
Calculate mean, median, mode for grouped data using various methods; solve cumulative frequency problems.
Module 12
Compute theoretical probability, solve problems on complementary events, and tackle Olympiad-level probability puzzles.
Module 13
Solve analogy, classification, coding-decoding, number series, figure patterns, direction sense, Venn diagrams, mirror images, and paper folding problems.