Quick Answer: A Magnetic Needle on Stand (Oersted Device), for demonstrating the relationship between electric current and magnetic fields, and validating Oersted’s Law.
Price: This listing does not currently show a published price on stemaids.com — contact STEMAids directly for an indicative quotation.
Product Description
This Magnetic Needle on Stand (Oersted Device) provides a platform for demonstrating the relationship between electric currents and magnetic fields. It supports visualization of electromagnetism, allowing quantification of deflection angles to validate Oersted’s Law through classroom and laboratory experiments.
Specifications
| Specification | Detail |
|---|---|
| Type | Magnetic needle on stand (Oersted apparatus) |
| Function | Demonstrates current-induced magnetic field deflection |
| Application | Validating Oersted’s Law, electromagnetism teaching |
Applications / Uses
- Demonstrating the relationship between electric current and magnetic fields
- Validating Oersted’s Law through deflection angle measurement
- Physics classroom and laboratory electromagnetism experiments
- Electrical engineering curriculum demonstrations
Care & Maintenance
- Handle the magnetic needle gently to avoid demagnetization from impact
- Keep away from strong external magnetic fields when not in use
- Store in a stable location to preserve needle alignment
- Check the needle’s free movement periodically
Why Choose STEMAids
STEMAids, a brand of Eduscope Smart Learning Solutions Private Limited, supplies physics lab equipment and teaching aids to schools, colleges, and training institutes across India, with export and bulk tender support available. Explore related products in our Physics Equipments category, including our Tuning Fork Sets. For bulk or institutional orders, visit our tenders page or contact us at 9311411822.
Frequently Asked Questions
What does this device demonstrate?
The relationship between electric current and magnetic fields, validating Oersted’s Law.
How is the deflection measured?
By observing the angle through which the magnetic needle deflects when current flows nearby.
What is it used for?
Physics classroom and laboratory demonstrations of electromagnetism, and electrical engineering coursework.
How should the needle be stored?
Away from strong external magnetic fields, in a stable location to preserve alignment.
What is the indicative price for this product?
This listing does not currently show a published price on stemaids.com — contact STEMAids directly for an indicative quotation.
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