Oersted Law Apparatus

Get a Price/Quote

Oersted Law Apparatus Specification

Usage
Used for physics experiments and demonstrations

Power Supply
Not required

Product Type
Oersted Law Apparatus

Material
Plastic and Metal

Size
Standard size suitable for educational use

Style
Educational Apparatus

Weight
Lightweight

Feature
Demonstrates the Oersted Law

Color
Black and Transparent

About Oersted 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.

Facilitates Practical Understanding

This apparatus provides a clear, hands-on demonstration of the connection between electric current and magnetic fields, crucial for conceptual learning in physics. Its transparent design allows students to easily observe experimental results, encouraging engagement and retention. The lightweight construction means it can be easily moved between classrooms or laboratory stations without hassle.

Designed for Educational Environments

Specifically built for classroom and laboratory settings, the apparatuss robust plastic and metal framework ensures longevity despite frequent use. It complies with educational standards and is suitable for standard physics curricula. No power supply is needed, allowing for quick setup and safe operation.

FAQs of Oersted Law Apparatus:

Q: How does the Oersted Law Apparatus demonstrate Oersteds Law?

A: The apparatus visually depicts the effect of an electric current on a nearby magnetic needle, illustrating the principle that electric current produces a magnetic field. When current flows through the conductor, the nearby needle deflects, showcasing Oersteds Law in action.

Q: What is the primary benefit of using this apparatus in classrooms?

A: The main advantage is that it offers students a tangible and interactive way to understand the relationship between electricity and magnetism, making theoretical concepts easier to comprehend through direct experimentation.

Q: When should this apparatus be used during physics instruction?

A: This equipment is best used when teaching electromagnetic concepts, particularly during lessons covering Oersteds Law, electric currents, and magnetic field formation. It is suitable for high school and undergraduate physics courses.

Q: Where can the Oersted Law Apparatus be incorporated effectively?

A: It is ideal for use in school and college laboratories, physics classrooms, or science demonstration sessions, especially where direct observation and student participation are intended.

Q: What is the process for using the Oersted Law Apparatus in an experiment?

A: Set the apparatus on a flat surface, connect a conductor through its designed slot, and use a power source (like a simple battery set) to send electric current through the conductor. Observe the deflection of the included magnetic needle as evidence of magnetic field generation.

Q: What materials are used in the construction of this apparatus?

A: The apparatus is made with high-quality plastic for its transparent housing and strong metal components for the conductor, ensuring durability and clear visibility during demonstrations.

Q: Who exports and manufactures this educational apparatus?

A: The Oersted Law Apparatus is manufactured and exported by leading educational apparatus suppliers located in India, ensuring reliable quality for use in schools and laboratories worldwide.

Tell us about your requirement