Amp It Up! DIY Ammeter Circuit Kit
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![DIY analog ammeter working science model]()
![Electromagnetic deflection ammeter demonstration]()
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![Amp It Up ammeter kit assembly process]()
![Amp It Up ammeter pollution science project working model]()
![mp It Up DIY ammeter STEM kit]()
![DIY analog ammeter working science model]()
![Electromagnetic deflection ammeter demonstration]()
![Ammeter circuit STEM science project]()
![Amp It Up ammeter kit assembly process]()
![Amp It Up ammeter pollution science project working model]()
By assembling a working analog ammeter, learners observe real-time current flow and connect electrical measurement with energy monitoring topics often discussed in a pollution science project and evaluated in a 9th class science project.
Curriculum Friendly: The model aligns well with evaluation requirements of a 9th class science project.
Confidence and Achievement: Building and demonstrating a real ammeter strengthens understanding and presentation skills.
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Specification
Description
Amp It Up! DIY Ammeter Circuit Kit
Learn how to measure electric current with the Amp It Up! DIY Ammeter Circuit Kit, a hands-on learning model that fits naturally into a pollution science project while also supporting structured classroom demonstrations. From the very first build, students can relate electricity usage and monitoring to environmental awareness, making it relevant for a 9th class science project.By assembling a working analog ammeter, learners observe real-time current flow and connect electrical measurement with energy monitoring topics often discussed in a pollution science project and evaluated in a 9th class science project.
Materials and User Manual
- Pre-cut wooden ammeter frame
- Iron core and copper coil (for electromagnetic field)
- Battery holder with leads
- Alligator clips (red & black)
- Scale print (mA meter)
- Metal screws, nuts, washers
- Magnet and pivot assembly
- Wiring and pointer materials
Pollution Science Project – Working Principle
When current flows through the copper coil, it generates a magnetic field that interacts with a magnet and deflects a pointer. This visible deflection shows how current is measured and helps explain monitoring systems commonly referenced in a pollution science project and technical discussions for a 9th class science project.Advantages of This Science Project
Clear Measurement Learning: The moving pointer makes it easier to explain current monitoring in a pollution science project.Curriculum Friendly: The model aligns well with evaluation requirements of a 9th class science project.
Confidence and Achievement: Building and demonstrating a real ammeter strengthens understanding and presentation skills.
Features of This Science Project
- DIY working analog ammeter model
- Demonstrates electromagnetic deflection
- Hands-on current measurement learning
- Reusable wooden frame for repeated use
- Ideal for pollution science project display and a 9th class science project
Physical Attributes
- Weight: 146g
- Height: 105 mm
- Width: 110 mm
- Depth: 75 mm
Package Includes
- 1 x Amp It Up! DIY Ammeter Circuit Kit
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