Extra TopicsComparison

Comparing Terminal Velocities

Part of Terminal Velocity · GCSE GCSE Physics revision

This comparison covers Comparing Terminal Velocities within Terminal Velocity for GCSE Physics. Revise Terminal Velocity in Extra Topics for GCSE Physics with 13 exam-style questions and 11 flashcards. Use this page as part of a wider topic revision path rather than treating it as an isolated fact. It is section 5 of 13 in this topic. Use this comparison to connect the idea to the wider topic before moving on to questions and flashcards.

Topic position

Section 5 of 13

Practice

13 questions

Recall

11 flashcards

💪 Comparing Terminal Velocities

Object Approximate terminal velocity Key reason
Skydiver (no parachute) ~55 m/s (120 mph) Relatively streamlined body position
Skydiver (parachute open) ~5 m/s (11 mph) Huge surface area of canopy
Feather ~0.5 m/s Very light — tiny weight to overcome drag
Steel ball bearing Very high (in air) Heavy, dense, small surface area

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Read this section alongside the surrounding pages in Terminal Velocity. That gives you the full topic sequence instead of a single isolated revision point.

Practice Questions for Terminal Velocity

An object reaches terminal velocity when falling through air. Which statement correctly describes the forces at terminal velocity?

  • A. Weight is greater than drag force
  • B. Drag force is greater than weight
  • C. Weight equals drag force
  • D. There are no forces acting on the object
1 markfoundation

Explain how a skydiver reaches terminal velocity after jumping from a plane. Include changes to forces and acceleration in your answer.

3 marksstandard

Quick Recall Flashcards

What is terminal velocity?
The constant velocity reached when drag force equals weight, so resultant force = 0 and acceleration stops
Why does terminal velocity occur?
As an object speeds up, drag increases. Eventually drag = weight, resultant force = 0, so acceleration stops (F = ma)

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