Transform a point
- Identify the transformation.
- Apply it to each point.
- Check orientation and size.
Answer: (1, 5) translated by (2, -3) becomes (3, 2)
📐 Geometry & Measures
Rotations
Learn rotations with a GCSE-style explanation, help guide, worked example, practice question and flashcards.
Global XP
Level 10 / 100 XP
1. Explanation
Key idea
- Rotations is part of geometry and appears often in KS3–GCSE maths.
- Transformations move or change shapes using precise rules.
- Use the worked model, help guide, interactive question and flashcards to practise rotations until the steps feel automatic.
Real-life examples
- Shopping, sport, travel, science, design and everyday decisions all use this skill.
2. Visual
Rotations learning map
Understand the key idea → follow the help guide → practise a question → check your method → build speed with flashcards.
3. Help guide
How to tackle Rotations
- Learn the rule: Transformations move or change shapes using precise rules.
- Worked model: Identify the transformation. Apply it to each point. Check orientation and size.
- Try the interactive question without looking at the answer first.
- Use the flashcards to test the rule, the method and a common check.
4. Worked examples
Step-by-step working
5. Interactive questions
Try it yourself
A point (2, 3) is translated by vector (4, -1). What is its image?
6. Flashcards
Master quick recall
Flip each card, then choose whether you know it or need more practice.
0 mastered
FrontRule for Rotations
BackTransformations move or change shapes using precise rules.
FrontExample answer: A point (2, 3) is translated by vector (4, -1). What is its image?
Back(2 + 4, 3 - 1) = (6, 2).
FrontCommon check for Rotations
BackCheck units/notation, compare with an estimate, and make sure the answer matches the question.
7. Finish
Complete this topic
When you have read the examples, tried the question and reviewed flashcards, claim your topic completion XP.