How big does a magnet need to be to move X amount of KGs

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SUMMARY

The discussion centers on calculating the force required for a magnet to move a specific weight in a Mag-lev system. The key equation referenced is F = MA, where the force exerted by the magnet must be calculated and compared against the mass of the object to determine movement. The participant emphasizes that zero force is needed to initiate movement, as force is only required to change motion. Understanding the relationship between magnetic force and motion is crucial for successful implementation.

PREREQUISITES
  • Understanding of Newton's Second Law (F = MA)
  • Knowledge of magnetic field strength and its effects
  • Familiarity with magnet-motor force calculations
  • Basic principles of Mag-lev technology
NEXT STEPS
  • Research magnetic field strength calculations for various magnet sizes
  • Explore the principles of Mag-lev systems and their applications
  • Learn about force calculations in physics, specifically related to motion
  • Investigate the design and implementation of magnet-motor systems
USEFUL FOR

Engineers, physicists, hobbyists working on Mag-lev projects, and anyone interested in the practical applications of magnetic force in motion systems.

Will Stock
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Hello all,

I'm working on a little side project to build something close to a Mag-lev system. I've researched loads around the magnets and have the info' on what conditions I need, current, Field strength, etc. But I'm having issues in finding how that relates to the movement of an external object. I was ideally looking for an equation that combines Magnet-motor force into something like F = MA. I'm really struggling on this so if anyone can shed some light on it, that would really be amazing.

Best regards~
W.S
 
Engineering news on Phys.org
Welcome to PF;
since you already know how to calculate the force due to a magnet on a load, then you plug that into the F side of F=ma along with the other forces.
Note: it take zero force to move an object - force is what changes the motion.
 

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