Unit 1
Number Theory
Explore prime numbers, divisibility, modular arithmetic, and their applications.
Class 10 IB MYP 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 IB MYP Maths syllabus on SparkEd covers 14 chapters aligned to the latest IB MYP curriculum, spanning number systems, algebra, geometry, data and statistics and trigonometry. 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 IB MYP 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 IB MYP board-aligned tests.
Unit 1
Explore prime numbers, divisibility, modular arithmetic, and their applications.
Unit 2
Solve quadratic equations, work with rational expressions, and explore polynomial functions.
Unit 3
Analyze domain, range, and transformations of polynomial, rational, and exponential functions.
Unit 4
Apply sine and cosine rules, solve non-right triangles, and work with trigonometric graphs.
Unit 5
Prove and apply circle theorems including angle in a semicircle, cyclic quadrilaterals, and tangents.
Unit 6
Represent vectors, perform vector addition and scalar multiplication, and apply to geometry.
Unit 7
Calculate variance and standard deviation; compare data sets using statistical measures.
Unit 8
Explore discrete probability distributions, expected value, and introduction to normal distribution.
Unit 9
Solve optimization problems using algebraic and graphical methods in real-world contexts.
Unit 10
Conduct extended mathematical investigations using inquiry-based approaches.
Unit 11
Consolidate MYP skills and bridge to IB Diploma Programme mathematics with mixed-topic revision.
Unit 12
Analyze exponential growth and decay models; graph exponential functions.
Unit 13
Prove basic trigonometric identities and solve trigonometric equations within given domains.
Unit 14
Calculate correlation coefficients, fit regression lines, and interpret bivariate data.