Discover the Force of Levitation with Magnets: Levitron Physics Explained

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SUMMARY

The discussion centers on calculating the magnetic force involved in the operation of the Levitrons, a magnetic levitation toy. The key insight is that the force exerted by the magnets is equal to the weight of the levitating top when it is stationary above the base magnet. For precise calculations, weighing the top is recommended over attempting to gather extensive data on magnetic properties. Professor Michael Berry's mathematical description of levitron phenomena is highlighted as a valuable resource for understanding the underlying physics.

PREREQUISITES
  • Understanding of basic physics principles, particularly forces and weights
  • Familiarity with magnetic properties and interactions
  • Knowledge of mathematical modeling in physics
  • Access to resources on magnetic levitation, such as Professor Michael Berry's work
NEXT STEPS
  • Review Professor Michael Berry's mathematical description of levitron phenomena
  • Conduct experiments to weigh the levitating top for practical force calculations
  • Explore the principles of magnetic levitation in other applications
  • Investigate advanced magnetic field calculations using software tools
USEFUL FOR

Students, educators, and hobbyists interested in physics, particularly those exploring magnetic levitation and its applications in projects or presentations.

soccer1187
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hi, I am new to this i hope someone can help
i have a small problem with what formula i should use for my project

i have this magnetic toy that is called the levitron and it levitates this magnetic top over a bass that is also a magnet. I am trying to find the force between the two magnets.


here is the link if you need any more information. http://www.levitron.com/physics.html
 
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Assuming that the top is just sitting above the base, the force is exactly equal to the weight of the top! And it is probably easier to weigh the top than to find all of the data you would need to calculate the magnetic force.
 
HallsofIvy said:
Assuming that the top is just sitting above the base, the force is exactly equal to the weight of the top! And it is probably easier to weigh the top than to find all of the data you would need to calculate the magnetic force.

thats what i thought when i started this project, but to take this simple step and stretch it out into a 6 page report and a 10 min presentation is a little complicated
 

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