Spin Power! DIY Electromagnetic Induction Motor
![Spin Power DIY electromagnetic induction motor]()
![Electromagnetic induction motor working model]()
![simple-chemistry-experiments-motor]()
![Motor model for baking soda experiments]()
![DIY induction motor STEM learning kit]()
![Spin Power DIY electromagnetic induction motor]()
![Electromagnetic induction motor working model]()
![simple-chemistry-experiments-motor]()
![Motor model for baking soda experiments]()
![DIY induction motor STEM learning kit]()
This kit is perfect for STEM education, helping students connect theory with real-world applications. By assembling and testing the motor, learners practice analytical thinking used in baking soda experiments, while completing a fully functional model that reinforces simple chemistry experiments through hands-on discovery.
Learning Wrapped in Fun: The spinning motor transforms theory into action, making it suitable for demonstrations alongside baking soda experiments.
Confidence and Achievement: Completing and presenting these simple chemistry experiments builds confidence and scientific curiosity.
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Spin Power! DIY Electromagnetic Induction Motor
Available:In Stock
- Product SKU: LGPW242
₹ 199
₹ 269
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Description
Simple Chemistry Experiments – Spin Power! DIY Electromagnetic Induction Motor
Spin Power! DIY Electromagnetic Induction Motor is a hands-on learning model designed to support simple chemistry experiments while introducing students to electromagnetism and motor operation. From the very beginning, learners explore motion, current flow, and magnetic interaction, making the kit suitable for demonstrations and guided activities such as baking soda experiments. As a result, abstract concepts become clear through observation and repetition in a structured simple chemistry experiments environment.This kit is perfect for STEM education, helping students connect theory with real-world applications. By assembling and testing the motor, learners practice analytical thinking used in baking soda experiments, while completing a fully functional model that reinforces simple chemistry experiments through hands-on discovery.
Materials and User Manual
- Instruction manual – Guides the assembly and theory.
- Connecting wires – Blue, red, and black for circuits.
- Battery holder – Houses the power source.
- Plastic motor base – Serves as the structure.
- Magnets – Essential for magnetic field generation.
- Wooden rods – For axis and support.
- Insulated copper wire – Forms the electromagnet coil.
- Clay or putty – Used for stabilizing components.
- Plastic housing/cover – Protects the motor mechanism.
Working Principle
The Spin Power motor works based on the principle of electromagnetic induction. When electric current flows through a wire coil placed in a magnetic field, it produces a force that causes rotation. This clear demonstration supports classroom learning approaches often paired with baking soda experiments and strengthens understanding during a structured simple chemistry experiments activity.Advantages of This Science Project
Quality Time Together: Parents and students can work together on simple chemistry experiments, turning assembly into meaningful learning.Learning Wrapped in Fun: The spinning motor transforms theory into action, making it suitable for demonstrations alongside baking soda experiments.
Confidence and Achievement: Completing and presenting these simple chemistry experiments builds confidence and scientific curiosity.
Features of This Science Project
- STEM focused – Ideal for science and engineering learning.
- Safe and child-friendly – No dangerous components.
- Hands-on learning – Encourages building and testing.
- Reusable parts – Can be disassembled and rebuilt.
- Visual learning aid – Clear and colorful parts enhance engagement.
Physical Attributes
- Weight: 68g
- Dimensions : 12cm x 6.5cm
Package Includes
- 1 x Spin Power! DIY Electromagnetic Induction Motor
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