Understanding Magnetic Field Interactions: How Do Perpendicular Fields Act?

In summary, the conversation was about questions on magnetic fields, particularly the behavior of perpendicular magnetic fields and the setup and direction of a magnetic field in a diagram. The expert suggested adding the two magnetic fields vectorally to get a resultant magnetic field and provided some resources for more information.
  • #1
stuplato
34
0
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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  • #2
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
 

FAQ: Understanding Magnetic Field Interactions: How Do Perpendicular Fields Act?

What is a magnetic field?

A magnetic field is a region in space where a magnetic force can be felt. It is created by moving electric charges, such as electric currents or the movement of electrons.

How is a magnetic field measured?

A magnetic field can be measured using a device called a magnetometer, which detects the strength and direction of the field. The unit of measurement for magnetic fields is called a Tesla (T).

What objects can produce a magnetic field?

Any object that has moving electric charges can produce a magnetic field, such as magnets, electric currents, and some types of metals.

What are the practical applications of magnetic fields?

Magnetic fields have many practical applications, including powering electric motors, generating electricity, and in medical imaging devices like MRI machines. They are also used in compasses for navigation and in speakers and headphones for sound production.

Can magnetic fields be harmful to humans?

In general, low-level magnetic fields are not harmful to humans. However, extremely strong magnetic fields, such as those found in MRI machines, can cause temporary effects like dizziness and nausea. Long-term exposure to high levels of magnetic fields may also have health risks, but more research is needed to fully understand their effects.

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