About Oersted's Law Apparatus
For demonstrating the relationship between magnetism and magnetic
effect of electric current owing in a wire.
Comprised of a permanent
magnetic needle, 15cm, free
to rotate at the center of an
aluminium frame suitably
connected to permit current
to ow over or under the
needle in either direction.
Robust Design for Repeated Laboratory UseCrafted from high-strength aluminium, the Oersteds Law Apparatus guarantees longevity and reliability for repetitive demonstrations in educational settings. Its sturdy construction ensures consistent results and stands up to regular handling by students and instructors alike.
Clear Demonstration of Oersteds LawThis apparatus allows for direct visualization of the magnetic field generated by an electric current. Designed specifically for physics labs and classroom environments, it offers an effective way to engage students and reinforce theoretical concepts through hands-on experimentation.
FAQs of Oersteds Law Apparatus:
Q: How is the Oersteds Law Apparatus used in laboratory or college settings?
A: To use the apparatus, connect it to a power source and run a current through the conductor. This setup allows students to observe the resulting magnetic field, illustrating the principle of Oersteds Law in a clear, interactive manner.
Q: What material is the Oersteds Law Apparatus made of, and why is it suitable for educational use?
A: The apparatus is constructed from aluminium, ensuring both high strength and lightweight handling. Aluminiums durability makes it ideal for frequent use in laboratory and college environments.
Q: When should I use the Oersteds Law Apparatus during teaching or experiments?
A: It is best used when demonstrating the effects of electric current on magnetic fields, particularly during lessons on electromagnetism, as part of physics curricula or laboratory exercises.
Q: Where is the Oersteds Law Apparatus manufactured, and is it available for export?
A: This apparatus is manufactured in India and is available for export, making it accessible to educational institutions worldwide seeking high-quality teaching equipment.
Q: What is the typical process for demonstrating Oersteds Law with this apparatus?
A: The typical process involves passing an electric current through the apparatus conductor and using a compass or similar device to observe the deflection caused by the magnetic field, effectively illustrating Oersteds discovery.
Q: How does using an aluminium apparatus benefit laboratory demonstrations?
A: Aluminium provides both strength and corrosion resistance, extending the working life of the apparatus and making it suitable for frequent use in educational settings.
Q: What are the dimensions and color options of the Oersteds Law Apparatus?
A: The apparatus measures 15 cm in size and features a modern silver and black color scheme, contributing to both ease of handling and an attractive appearance in the lab.