Do objects of differing mass fall at the same rate in a magnetic field?

In summary, the conversation discusses the concept of gravity and magnetism as forces, and how a more massive magnetic object may be drawn to the center of a magnetic source faster than a less massive object. The speaker also questions the intentions of the other person and their knowledge on the topic.
  • #1
Constellar
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0
TL;DR Summary
Do massive objects fall at the same rate in fields other than the gravitational field?
Gravity isn't a force in the strictest sense of the word, yet magnetism is exactly that: a force. As is strong, EW, etc.
Therefore, it's possible that the more massive magnetic object gets drawn to the center of a magnetic source at a faster rate than the less massive magnetic object. Discuss!
 
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  • #2
Hello @Constellar ,
:welcome: ##\qquad ## !​

Are you trying to offload a homework assignment, or trying to actually start a discussion ?
If the former, read the guidelines and post your best effort.
And if the latter: well, what are your thoughts ?

:smile:

##\ ##
 
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  • #3
[Response deleted]
Try again, this time without the attitude.

What you are speculating about is pretty well established science. How much do you know about that? What does it tell us regarding your scenario?
 
  • #4
Constellar said:
it's possible that the more massive magnetic object gets drawn to the center of a magnetic source at a faster rate than the less massive magnetic object.
Yes.

Constellar said:
Discuss!
##\vec a = \vec f/m##
 
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FAQ: Do objects of differing mass fall at the same rate in a magnetic field?

1. Is the mass of an object a factor in its rate of falling in a magnetic field?

Yes, the mass of an object does play a role in its rate of falling in a magnetic field. Objects with greater mass will experience a stronger force of gravity, which can affect their rate of falling.

2. Does the strength of the magnetic field affect the rate at which objects fall?

Yes, the strength of the magnetic field can impact the rate at which objects fall. A stronger magnetic field will exert a greater force on the object, causing it to fall at a faster rate.

3. Are there any other factors besides mass and magnetic field strength that can affect the rate of falling in a magnetic field?

Yes, there are other factors that can influence the rate of falling in a magnetic field. These include the shape and size of the object, as well as any air resistance or friction present.

4. Is there a limit to the mass of an object that can fall at the same rate in a magnetic field?

Yes, there is a limit to the mass of an object that can fall at the same rate in a magnetic field. This limit is known as the terminal velocity, which is the maximum speed an object can reach when falling due to the balance between gravity and air resistance.

5. How is the rate of falling in a magnetic field different from the rate of falling in a non-magnetic field?

The rate of falling in a magnetic field is different from the rate of falling in a non-magnetic field because the presence of a magnetic field can exert an additional force on the object. This force can either increase or decrease the rate of falling, depending on the strength and direction of the magnetic field.

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