Description
🔍 How does a homemade anemometer measure wind speed? This engaging lab unit guides students through building a simple anemometer from everyday materials, encouraging exploration of meteorology and physics. Ideal for sparking curiosity about wind, weather instruments, and practical engineering!
Benefits of this package:
✅ Clear didactic structure
✅ Triple differentiation: Starters, Pilots, Rockets – perfect for inclusive classrooms
✅ Practical and easy to implement
✅ Suitable for digital & print use
What’s included:
📘 Theory page
⚛️ Experiment protocol
✏️ Three differentiated worksheets
🏠 Real-life context
🎯 Learning objectives
❓ Guiding research question
👩🏫 Teacher notes
⚠️ Safety information
Curriculum connection: This unit fits into the curriculum under the topic of meteorology and physical principles (measurement of wind speed) and supports core science competencies across different school types.
Highlights
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Description
🔍 How does a homemade anemometer measure wind speed? This engaging lab unit guides students through building a simple anemometer from everyday materials, encouraging exploration of meteorology and physics. Ideal for sparking curiosity about wind, weather instruments, and practical engineering!
Benefits of this package:
✅ Clear didactic structure
✅ Triple differentiation: Starters, Pilots, Rockets – perfect for inclusive classrooms
✅ Practical and easy to implement
✅ Suitable for digital & print use
What’s included:
📘 Theory page
⚛️ Experiment protocol
✏️ Three differentiated worksheets
🏠 Real-life context
🎯 Learning objectives
❓ Guiding research question
👩🏫 Teacher notes
⚠️ Safety information
Curriculum connection: This unit fits into the curriculum under the topic of meteorology and physical principles (measurement of wind speed) and supports core science competencies across different school types.





