Definition of a Magnet Period?

[clarinethero]

I'm trashing the template here because I'm not looking for help with how to solve my homework problem. Instead, I'm looking for what my question actually means!

I'm given an equation that describes a magnetic field. One of the specs I'm given is that the magnet period is 10cm. What in the world does this mean? I tried Googling but got nowhere. Heck, how can a period have units of distance? There really isn't much other context, and I'd prefer not to post the question on here for the sake of the person that made the question. If this helps, which I doubt, it has to do with a stationary magnetic field with a particle - an electron - going at relativistic speeds through the field. That's not what my question to you all is about though.

 

[Dick]

I'm trashing the template here because I'm not looking for help with how to solve my homework problem. Instead, I'm looking for what my question actually means!

I'm given an equation that describes a magnetic field. One of the specs I'm given is that the magnet period is 10cm. What in the world does this mean? I tried Googling but got nowhere. Heck, how can a period have units of distance? There really isn't much other context, and I'd prefer not to post the question on here for the sake of the person that made the question. If this helps, which I doubt, it has to do with a stationary magnetic field with a particle - an electron - going at relativistic speeds through the field. That's not what my question to you all is about though.

If it's a variable spatial magnetic field with that repeats every 10cm then the meaning is perfectly clear. The magnetic field is B*sin(2*pi*x/(10cm)+phase). I'm not sure why you won't post the original question.

 

[clarinethero]

That is exactly what I was looking for. You have answered my question. Much appreciated. I am not a physics major, so that was not as intuitive as it should be.

And I didn't post the question for university copyright purposes. This is not homework per se (it's not graded or anything), but it's the creator of the question's intellectual property, and I respect that.

 

[Dick]

That is exactly what I was looking for. You have answered my question. Much appreciated. I am not a physics major, so that was not as intuitive as it should be.

And I didn't post the question for university copyright purposes. This is not homework per se (it's not graded or anything), but it's the creator of the question's intellectual property, and I respect that.

Glad to help. But I think posting a quoted question here from a copyrighted work would fall under 'fair use' of the material.

 

[Nickie]

The term "magnet period" is not a commonly used scientific term, so it is understandable that you were unable to find a clear definition for it. However, based on the limited information provided, it is possible that the term is referring to the period of time it takes for a particle, such as an electron, to complete one full revolution around a magnetic field. This period can also be described in terms of distance, as the distance traveled by the particle during one full revolution. Therefore, the given value of 10cm could represent the distance traveled by the particle during one period. However, without more context or information about the specific equation and problem, it is difficult to provide a definitive answer. It would be best to clarify the meaning of the term with the person who gave you the equation.