How to Describe the Magnetic Field of a Folded Metal Band with Current?

It is not clear if the metal band is a closed loop or not, but the magnetic field would likely form a circular pattern around the band. It is also possible that the presence of the band could disrupt the uniformity of the field. Overall, further information or experimentation would be needed to fully describe the magnetic field in this situation. In summary, the homework problem involves determining the magnetic field created by a current-carrying metal band folded around three sides of a square. Further information or experimentation may be needed to fully describe the magnetic field in this situation.
  • #1
vijolica16
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Homework Statement


hello everyone there,
i really hope that someone can help me with my homework,because i don't havee a clue where to start.

so the instructions are like this:
wide metal band alternately folded on three sides of the square. Through it, along the edges,is electrical current with a constant linear density. Describe the magnetic field.

has someone did something like this or if someone can help me solve it..please


Homework Equations





The Attempt at a Solution

 
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  • #2
The magnetic field of a current-carrying wire can be described using Ampere's law. According to this law, the magnetic field is proportional to the current and the distance from the wire. Therefore, in this case, the magnetic field would be determined by the current flowing through the metal band and the distance from each edge of the square.
 

FAQ: How to Describe the Magnetic Field of a Folded Metal Band with Current?

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