# Mathematical Link between Kinetic Force & Electro-Magnet's charge.

Greetings!
This is my first post and I am hopefully doing it in the right section of the site.

Onto the topic:
I am searching for the mathematical link between the kinetic force applied on two electro-magnets being forced against each other (assume repelling charges) and the effect that it would have on the magnet's charge.

Either I am the first one to search such information or my google-fu failed Me.

Thank You.

Is something wrong with the way I formulated the question or does no one have a clue ?

berkeman
Mentor
Greetings!
This is my first post and I am hopefully doing it in the right section of the site.

Onto the topic:
I am searching for the mathematical link between the kinetic force applied on two electro-magnets being forced against each other (assume repelling charges) and the effect that it would have on the magnet's charge.

Either I am the first one to search such information or my google-fu failed Me.

Thank You.

Is something wrong with the way I formulated the question or does no one have a clue ?

Welcome to the PF.

There is no such thing as magnetic charge. Were you asking about electric charges as psparky has posted about?

Ah. Must be a translation mistake from my part.
Let Me try to better illustrate:

When You have an electro-magnet the current (watts) You hook it up to will affect the power of the magnetic field.
Two magnetic field of same polarities will repel each other.
However if You mecanically force them too close to each other; will it affect the magnetic field(s) in a way that will be measured electrically ? (Affecting the Amp/Volts/etc)

And if that is true what is the link between the amount of force needed to push them against each other and the changes in the magnetic field ?