Help students master gravitational potential energy through an engaging lesson and a unique Top Trumps-style investigation activity.

This resource combines a fully planned 25-slide GCSE Physics lesson with a premium A3 worksheet that challenges students to calculate, compare and rank gravitational potential energy across a range of real-world situations.

Students explore how gravitational potential energy applies to everything from rollercoasters and helicopters to rockets, cranes, dams and skyscrapers. Through a series of calculation and comparison tasks, they develop a secure understanding of the factors affecting GPE and learn how mass and height influence the amount of energy stored.

The included GPE Top Trumps activity encourages students to identify patterns, compare data and justify conclusions while building confidence with GCSE Physics calculations.

The worksheet can be completed individually, in pairs or as a collaborative group activity. It is also ideal for laminating and reusing with whiteboard pens.

Included

• 25-slide PowerPoint lesson
• GPE Top Trumps A3 worksheet
• GCSE calculation practice
• Real-world engineering contexts
• Discussion and evaluation tasks
• Stretch and challenge opportunities

Students Will Learn

• What gravitational potential energy is
• Factors affecting GPE
• How to use the equation Ep = mgh
• How to rearrange the equation
• How mass affects GPE
• How height affects GPE
• Real-world applications of GPE
• How energy is stored in different situations
• Why rollercoasters begin with a large first hill
• Real-World Contexts Included

Why Teachers Love This Resource

• Highly engaging Top Trumps format
• Strong GCSE calculation practice
• Supports retrieval and discussion
• Suitable for mixed-attainment classes
• Excellent cover lesson potential
• Minimal preparation required
• Reusable laminated format
• Print-friendly black-and-white design

Perfect For

• AQA Combined Science Trilogy
• AQA GCSE Physics
• Year 10 Physics
• Year 11 Revision
• Cover Lessons
• STEM Enrichment
• Independent Learning
• Group Investigation Activities