TMUA
Twelve sets of original mock papers with solutions, timed drills and a question bank rated by difficulty.
Oxbridge admissions test prep for the TMUA and ESAT, and olympiad prep: original papers with full solutions, and tools for practising them properly. A little every day adds up.
Twelve sets of original mock papers with solutions, timed drills and a question bank rated by difficulty.
Original Mathematics 1 and Mathematics 2 mocks: 27 questions in 40 minutes, no calculator, with worked solutions.
Original mock olympiad papers, written solutions to real competitions, and geometry you can drag.
Race a bot, duel a friend, take on the problem of the week, and earn levels, badges and coins.
What the difficulty numbers mean, which papers are free, and how the newest sets are unlocked.
The newest ESAT set, with extra functions, graphs and integration: 27 varied questions in 40 minutes per module, unfamiliar problems that need a new strategy on the spot, and diagrams throughout. Set A is the warm-up and Set B the hardest.
Each question is chosen to suit your level as it changes. At the end you see an estimate of your level, your strongest and weakest topics, and what to practise next.
TMUA has no negative marking, so knowing when you are guessing matters. Say Guess, Unsure or Sure before each answer is checked, and Progress shows whether your confidence matches your results.
When a wrong option in Drill, the question bank or Review comes from a common mistake, the site names that mistake. Your most frequent traps collect on the Progress page, each with a short drill to clear it.
Solutions to all 25 problems, with every diagram redrawn in tkz-euclide. No code or account needed.
Heavy computation next to short questions that turn on a single idea, with olympiad techniques hidden inside AS content.
The newest and hardest set: both papers rate above every earlier paper.
Every question is rated from 4.5 to 9.0, and every paper on the same scale.
A modern monograph on olympiad geometry, from the triangle's five centres to projective geometry, radical axes and spiral similarity.
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