Understanding Magnetic Field Interactions: How Do Perpendicular Fields Act?

AI Thread Summary
When two magnetic fields are perpendicular, they interact vectorially, resulting in a combined magnetic field that can be calculated by vector addition. The discussion includes a specific setup involving a straight wire, which raises questions about its movement in relation to the magnetic fields. The wire's behavior is influenced by the direction of the magnetic fields and the current flowing through it. Additional resources were provided to clarify the concepts of magnetic fields and their interactions. Understanding these principles is crucial for analyzing the effects of perpendicular magnetic fields on conductive elements.
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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