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Oersted Experiment  Model

Oersted Experiment Model

1166.0 INR

Product Details:

  • Age Group 12 years and above (Secondary school & college students)
  • Power 2V DC (external power source required)
  • Product Type Oersted Experiment Model
  • Material Plastic base, metal needle, metallic conductor bar, permanent magnet
  • Color Blue base with metallic components
  • Style Educational laboratory apparatus
  • Dimensions Approx. 16 cm x 13 cm x 10 cm
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Oersted Experiment Model Price And Quantity

  • 1166.0 INR
  • 4

Oersted Experiment Model Product Specifications

  • 12 years and above (Secondary school & college students)
  • Approx. 16 cm x 13 cm x 10 cm
  • 2V DC (external power source required)
  • Demonstrates the magnetic effect of electric current
  • Plastic base, metal needle, metallic conductor bar, permanent magnet
  • Oersted Experiment Model
  • Educational laboratory apparatus
  • Blue base with metallic components
  • Approx. 300 grams
  • Easy to operate with simple connections
  • Ideal for physics experiments and classroom demonstrations
  • Rotating magnetic needle and horizontal conductor bar
  • Banana sockets for electrical input
  • Insulated supports to prevent short circuits or shocks
  • Pre-assembled (ready to use)
  • To visualize the relationship between electricity and magnetism in a circuit
  • Sturdy platform with non-slip feet

Product Description

Watch how the compass needle deflects! A handy tabletop model explains Hans Christian Oersted's experiment in 1820.
A magnetic compass, when placed near a current-carrying wire, experiences a deflection.

Hands-On Electromagnetism Learning

This model allows students to directly witness how an electric current influences magnetic fields. The easy-to-use apparatus brings textbook concepts to life through engaging, tangible demonstrations, enhancing understanding and retention in physics education. It offers a safe platform for guided exploration, deepening comprehension for both secondary school and college students.


Safe and Durable Construction

Featuring a robust plastic base with anti-slip feet, this model ensures stability during classroom activities. Insulated mounts safeguard users from electrical hazards, making it an excellent option for repeated, supervised handling in educational settings. The metallic components provide longevity and a professional appearance.

FAQ's of Oersted Experiment Model:


Q: How does the Oersted Experiment Model demonstrate the relationship between electricity and magnetism?

A: The model features a conductor bar through which current flows, producing a magnetic effect that causes the magnetic needle to rotate. This hands-on demonstration visually shows how electric current generates a magnetic field, revealing the basic principle of electromagnetism established by Hans Christian Oersted.

Q: What age group and educational level is this apparatus suitable for?

A: This model is designed for students aged 12 years and above, making it ideal for secondary schools and college-level physics classes and demonstrations.

Q: When should I use the Oersted Experiment Model in my curriculum?

A: This model is best used when introducing or exploring the concepts of electromagnetism, specifically to demonstrate the relationship between electric current and magnetic fields. It is a valuable teaching tool during theoretical lessons or experimental sessions.

Q: Where can this experiment be conducted safely?

A: The model is intended for indoor educational settings such as classrooms or physics laboratories, where it can be connected to a low-voltage 2V DC power supply and operated under supervision.

Q: What is the process for setting up and operating the Oersted Experiment Model?

A: As the device comes pre-assembled, simply connect a 2V DC power supply to the banana sockets. Once current is applied, observe the rotation of the magnetic needle as it reacts to the magnetic field produced by the conductor bar.

Q: What are the main benefits of using this apparatus in teaching?

A: The model offers tangible, visual proof of a core physical principle, improving student engagement and understanding. Its safe, simple operation allows for repeated demonstrations without complicated setup or risk, making abstract theories accessible and memorable.

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