
DESCRIPTION-
A striking 3D visualisation of the magnetic field lines that surround a bar magnet and a horseshoe magnet is provided by the magnetic field demonstrator.
Forget the mess and hassle of loose iron filings. This completely self-contained and simple-to-use demonstration set readily shows the magnetic field pattern on all the vertical plates and the spatial distribution of its lines of force.
The 3D Magnetic Field Demonstrator comprises a myriad of compass needles mounted on 6 plastic panels that surround the central magnet, either a bar magnet or a horseshoe magnet. One of the plates is removable, allowing the interchange of the bar and horseshoe magnet.
Once the central magnet is put in place, the many miniature compasses line up with the magnetic field, allowing visualisation of the lines of force of the central magnet on different planes at various angles to each other.
Features -
3D visualisation of magnetic field lines
Demonstrates bar and horseshoe magnet fields
6 plastic panels with miniature compass needles
Removable panel for changing the central magnet
Shows magnetic field patterns on different planes
Specifications:
Product Type: 3D Magnetic Field Demonstrator
Application: Visualisation of Magnetic Field Lines
Magnets: Bar Magnet and Horseshoe Magnet
Panels: 6 Plastic Panels
Compass Needles: Multiple Miniature Compass Needles
Panel Feature: Removable Panel for Magnet Interchange
Demonstration: Magnetic Field Patterns on Different Planes
1. What is a Magnetic Field Demonstrator used for?
It is used to visualise the magnetic field lines of magnets in 3D.
2. Which magnets can be demonstrated?
It demonstrates the magnetic fields of a bar magnet and a horseshoe magnet.
3. How does the demonstrator show magnetic field lines?
Miniature compass needles align with the magnetic field to show its direction.
4. How many panels does the demonstrator have?
It consists of 6 plastic panels surrounding the central magnet.
5. Can the central magnet be changed?
Yes, a removable panel allows the bar and horseshoe magnets to be interchanged.