Floating Magnets STEM Lab
Product Code : SCL-M-12564
Unlock the fascinating world of physics with the Floating Magnets STEM Lab, proudly manufactured by Educational Instrument India. Designed for classrooms, homeschooling, and curious young minds, this interactive kit provides a hands-on introduction to magnetic fields, polarity, and the principles of magnetic levitation (maglev).
Through engaging, tactile experiments, students can visually experience invisible magnetic forces. By arranging the brightly colored ring magnets on the central rod, learners will observe how "like poles repel" and "opposite poles attract," causing the magnets to defy gravity and float in mid-air. This STEM kit not only promotes critical thinking and problem-solving skills but also lays a foundational understanding of real-world technologies like maglev trains and frictionless bearings.
Product Specifications
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Brand Name |
Educational Instrument India |
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Product Type |
Educational STEM Lab Kit / Physics Apparatus |
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Material |
High-grade, durable ABS plastic base; low-friction central rod; premium ceramic ring magnets. |
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Dimensions (LxWxH) |
Approx. 15 cm x 5 cm x 15 cm |
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Components Included |
1 x Sturdy Base, 1 x Non-magnetic central guide rod, 4 to 6 x Color-coded ring magnets, 1 x Comprehensive instruction manual. |
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Recommended Age |
8 Years and Above (Adult supervision recommended for younger children) |
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Key Learning Areas |
Magnetism, Magnetic Fields, Polarity, Force & Equilibrium, Scientific Method. |
How to Use It
Setup the Base: Place the sturdy plastic base on a flat, stable surface. Ensure the non-magnetic central guide rod is securely inserted into the base.
Test the Polarity: Take two ring magnets. Bring them close together to feel the magnetic force. If they pull together, they are opposite poles. If they push apart, they are like poles.
Create Levitation: Slide the first magnet down the central rod. Slide the second magnet down the rod so that the "like pole" (the repelling side) faces the first magnet. Watch it float!
Experiment: Continue adding the remaining magnets, ensuring alternating or matching poles to create varying gaps and multiple floating layers. Push down on the top magnet and release it to observe the spring-like kinetic energy of the magnetic field.
Record Observations: Use a ruler to measure the distance between the floating magnets. Add small weights to the top magnet (if available) to see how the magnetic field compresses under pressure.
Frequently Asked Questions (FAQ)
Q: How do the magnets float without touching?
A: This is due to magnetic repulsion. Every magnet has a North and a South pole. When two identical poles (e.g., North and North) face each other, they push away or "repel." The central rod keeps them aligned, causing the upper magnet to float on the invisible magnetic field.
Q: Is the Floating Magnets STEM Lab safe for children?
A: Yes, it is designed with safety in mind. However, magnets can pinch fingers if they snap together quickly. We recommend adult supervision for children under 8. Also, keep the magnets away from electronic devices, credit cards, and pacemakers.
Q: Why should I choose the kit from Educational Instrument India?
A: Educational Instrument India is a trusted manufacturer known for producing high-quality, durable, and pedagogically accurate scientific equipment. Our STEM labs are designed in consultation with educators to ensure they meet academic curriculum standards while remaining engaging for students.
Q: What real-world applications does this teach?
A: The principles demonstrated in this kit are the exact same physics used to operate high-speed Maglev (magnetic levitation) trains, advanced roller coasters, and frictionless magnetic bearings used in industrial machinery.
