Enter your details below — your name and your tutor's email address. These are used to send your results automatically when you finish. You only need to do this once.
2
Choose your level — Level 1 covers rectangles, triangles and circles. Level 2 adds parallelograms, trapeziums, compound shapes and cost problems.
3
Work through each section. Read the formula, study the worked examples, then answer the questions. Every question has a diagram to help you.
4
Type your answer and press Check ✓. You will see instantly if you are correct. Use 💡 Hint if you get stuck — but note that using a hint reduces your mark for that question by 1.
5
When you finish all sections, a results screen will appear showing your score and grade. Your tutor will be sent an email report automatically — you just need to press Send in your email app.
6
Tips for success: Write your working out on paper as you go. Take your time — there is no time limit on the main questions. Use the formulae shown at the top of each section.
👤 Your Details
This will appear on your results report
Your results will be emailed here when you finish
🎯 Choose Your Level
Level 1📏
Foundation
Rectangles, triangles, circles. Basic perimeter, area and volume with real-life problems.
PerimeterAreaVolume
→
Level 2📦
Advanced
Parallelograms, trapeziums, compound shapes and multi-step cost calculations.
ParallelogramTrapeziumCompoundCosts
→
🧰 What You Will Need
✏️ Pen and paper for working out
🔢 A calculator (for harder questions)
📧 Your tutor's email address
⏱️ Around 30–45 minutes of focus time
📐 Knowledge of basic formulas (shown in-app)
💪 A positive attitude — you can do this!
⚠️Please complete all required fields and choose a level.
📧Your full results report is ready to send to your tutor. Press the button below — it will open your email app with everything already filled in. Just press Send!
or
📐
Area, Perimeter & Volume
Functional Skills Maths · AS Consultancy & Training Ltd
📏Level 1
Level 1 Area, Perimeter & Volume
Foundation skills — rectangles, triangles, circles, basic 3D shapes and real-life measurements.