Understanding Magnetic Field Interactions: How Do Perpendicular Fields Act?

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SUMMARY

The discussion centers on the interaction of perpendicular magnetic fields and how they affect a straight wire in a magnetic field setup. It is established that magnetic fields are vectors and can be combined vectorially to determine the resultant field. The user seeks clarification on the behavior of a thick black wire in a specific configuration, indicating confusion regarding the direction of force acting on it. Dan provides resources for further understanding, emphasizing the importance of vector addition in magnetic field interactions.

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  • Understanding of vector addition in physics
  • Familiarity with magnetic field concepts
  • Knowledge of Ampère's Law
  • Basic principles of electromagnetism
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  • Study the vector addition of magnetic fields in detail
  • Learn about Ampère's Law and its applications
  • Explore the concept of magnetic field lines and their interactions
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stuplato
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I have a few questions on magnetic fields:
.
1) If two magnetic fields are perpendicular, how do they act?
.
2) If the fields are setup as shown in the diagram [see attachment] how do they act?
.
For #2 I see how it is setup, but I get confused by all the circling ad everything :confused:
.
Is the strait wire (thick black one) pushed towards the right?
.
Thanks for the help!
.Note: in attachment the dot is out of page and x into
 

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stuplato said:
I have a few questions on magnetic fields:
.
1) If two magnetic fields are perpendicular, how do they act?
.
2) If the fields are setup as shown in the diagram [see attachment] how do they act?
.
For #2 I see how it is setup, but I get confused by all the circling ad everything :confused:
.
Is the strait wire (thick black one) pushed towards the right?
.
Thanks for the help!
.Note: in attachment the dot is out of page and x into


I can't see the attachment yet, but as to 1), the magnetic field is a vector. So if you have two of them, just add the two magnetic fields vectorally and you'll get a resultant magnetic field.

-Dan
 

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