Question pattern · Knowledge card
Motion graph construction & translation
Translate one motion representation into another by preserving slopes, signed areas, continuity and shared transition times.
- Primary skill
- Represent & draw
- Original practice questions
- 2
Connect the ideas
Key relationships and graph reading
- Position–time slope gives velocity
- Velocity–time slope gives acceleration
- Velocity–time area gives position change
Check your method
Three common mistakes
- Copying the same graph shape onto axes with different meanings.
- Breaking continuity at a stage boundary.
- Confusing zero velocity with zero acceleration.
Original micro-example
Try the idea in miniature
An object moves at constant positive velocity, then slows uniformly to rest.
Show the short answer
Its v–t graph is horizontal above zero, then slopes linearly down to zero. Its x–t graph first rises linearly, then rises with decreasing gradient and becomes horizontal.
Original practice questions
Practise this question pattern
The pattern describes the reasoning structure. Each link below opens a distinct original practice question.
Medium5 marks
From motion description to velocity–time sketch
Represent & draw
Start original questionHard6 marks
Translate a velocity graph into position and acceleration
Represent & draw
Start original question