Resources
CompetifyHub provides free math competition resources to help students prepare for math competitions. The resources page contains a variety of materials for free to help in your olympiad preparation.
We describe our olympiad preparation process and have demo sets of our problems attached below.

Problem Sets
CompetifyHub’s problem sets are collections of challenging math problems designed to help students prepare for math competitions. These problem sets cover a wide range of topics, from basic arithmetic to advanced algebra and geometry. They are organized by difficulty level, so students can choose problems that are appropriate for their skill level.
Problems are given by request from the form at the top of the page, demo problems are attached below.

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Practice Tests
CompetifyHub’s practice tests are full-length tests that simulate the experience of a real math competition. They are designed to help students assess their knowledge and skills, and to identify areas where they need to improve.
You can find a copy of CompetifyHub Practice tests at our partner’s website: Math LLM

Tutorials
CompetifyHub’s tutorials are step-by-step explanations of different math concepts. They are written by experienced competition writers and olympiad winners, and are designed to be easy to understand. Tutorials are a great resource for students who want to learn new math concepts or review old ones.
You can find tutorials on our social media pages, and they are also posted on partnering social media sites.
Math Level 1
The Math Level 1 Sets are collections of problems targeted towards students in grades 1-4. These problems cover a wide range of basic topics, from counting, geometry and basic arithmetic.
Math Level 2
The Math Level 2 Sets are collections of problems targeted towards students in grades 5-8. These problems cover a wide range of intermediate topics, from intermediate counting to more complex geometry and ideas.
Math Level 3
The Math Level 3 Sets are collections of problems targeted towards students in grades 9-12. These problems cover a wide range of advanced topics, such as complex geometry, advanced number theory, and combinatorics.