Everything you need to succeed
Real Exam Environment
Sit full past papers in timed, distraction-free conditions with instant auto-marking — just like the real thing.
Classified Past Papers
Every MCQ from four decades, classified by subject and topic so you can drill exactly what you need.
Instant Marking & Reviews
Get your score the moment you finish. Review every question with AI-powered explanations.
Weak Area Detection
Your personal dashboard identifies exactly where you lose marks so you always know what to focus on.
The real exam, online.
Sit full past papers in an environment that mirrors the real thing — timed, distraction-free, auto-marked. Just an environment shift; everything else stays exactly as the exam.
- 40+ years of full papers
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- Instant marking & review
A ball is projected at an angle of 30° to the horizontal with a speed of 20 ms⁻¹. Find the range.
🔖Two charges of +2μC and −3μC are separated by 0.1 m. Find the force between them.
🔖A wave has frequency 440 Hz and wavelength 0.75 m. Calculate its speed.
🔖Combined Maths
Calculus
86%
Physics
Mechanics
72%
Chemistry
Organic
64%
Biology
Genetics
91%
Practice topic by topic.
Every MCQ from four decades, classified by subject and topic. Drill the exact areas you need and watch them turn green.
- Thousands of classified questions
- All five A/L streams
- Mastery tracking per topic
Watch yourself grow.
A personal dashboard that turns every paper and practice session into a clear picture of your progress — so you always know what to do next.
- Growth over time
- Strengths & weak spots
- Recent activity at a glance
34
Papers done
81%
Accuracy
7 days
Streak
Meet EPIS · Educational Personalised Intelligence System
A tutor that learns how you think.
Ask in English, Sinhala, or Singlish. EPIS understands your question, finds the relevant past-paper context, and explains step by step — at the level you need.
Quick, efficient answers. Great for rapid revision and MCQ explanations.
Included in free tierThe everyday tutor — detailed explanations with strong reasoning for any A/L topic.
Included in free tierDeep, multi-step reasoning for the hardest questions. Paid plans only.
Paid plans onlyUsing Conservation of Momentum:
Initial momentum = m₁u₁ + m₂u₂
p = (2)(5) + (3)(0) = 10 kg·m/s
Final mass = 2 + 3 = 5 kg
v = 10 ÷ 5 = 2 m/s