Calculating pole strength from Tesla?

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SUMMARY

The discussion centers on calculating pole strength and magnetic moment using the Gilbert model. A calculation is presented where T equals 0.3249 and N equals 90N, leading to a derived value of 277.00 A.m for the pole strength. The conversation highlights the confusion surrounding the term "pole strength," noting that it is not widely recognized in contemporary physics. The Gilbert model is criticized as a physically incorrect description of magnetic interactions.

PREREQUISITES
  • Understanding of magnetic moments and their calculations
  • Familiarity with the Gilbert model of magnetism
  • Basic knowledge of SI units, specifically ampere-meter
  • Ability to interpret equations related to magnetic forces
NEXT STEPS
  • Research the Gilbert model of magnetism and its limitations
  • Learn about the calculation of magnetic moments in dipoles
  • Explore alternative models for magnetic interactions
  • Study the relationship between force, magnetic field, and pole strength
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Students of physics, educators in magnetism, and researchers interested in magnetic models and their applications.

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T = N/A.m

If T = 0.3249
N = 90N

90/0.3249 = 277.00 A.m

Source.

If not, can anyone please direct me on how I can calculate the pole strength, and magnetic moment too?!
 
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That doesn't make any sense. There's no quantity known as "pole strength" that I've heard of.
 
The Gilbert model is a physically incorrect description to begin with.
 
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