How do you calculate magnetic flux for maxwells equation?

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Discussion Overview

The discussion revolves around the calculation of magnetic flux in the context of Maxwell's equations, particularly focusing on the geometry involved when a magnet moves through a coil of wires. The conversation touches on the definitions and considerations necessary for determining the area perpendicular to the magnetic field.

Discussion Character

  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant defines magnetic flux as the product of the area perpendicular to the magnetic field and the magnetic field strength.
  • Another participant suggests that geometry is used to determine the area perpendicular to the field.
  • A question is raised regarding whether the area of a coil should be considered as that of a single coil or all coils combined.
  • A later reply proposes that if the current is separated, the area should be defined in terms of the number of currents.

Areas of Agreement / Disagreement

The discussion includes multiple competing views regarding the definition of the area for calculating magnetic flux, and it remains unresolved whether to consider the area of a single coil or all coils together.

Contextual Notes

There are limitations in the assumptions made about the geometry and the definitions of area, which are not fully explored or resolved in the discussion.

radaballer
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Flux is defined as (Area Perpendicular to field) x (magnetic field). If a magnet is traveling through a coil of wires. How do you figure out the area perp to the field?
 
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You use geometry.
 
Simon Bridge said:
You use geometry.
Is the area of a coil defined as one coil or the all of the coils?
 
If the current is separated then defined as the number of currents.
 

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