- #1
KevinBlueBox
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Hello,
I'm new to the forums but I had a problem I was trying to solve that I could use some help. Hoping someone here could point me in the right direction.
Imagine you have two (2) cylindrical magnets that are diametrically magnetized. Both magnets are of equal size and magnetic strength. Magnet (A) is stationary and held place by an external force. Magnet (B) is stationary and held in place by an external force. However magnet (B) can rotate along it's axis. The magnets are located near each with their cylindrical axis in parallel. At their starting state the magnets have their opposite poles facing each other (North to South).
The question is how much torque would be needed to rotate magnet (B) so that the poles the same poles are facing each other (North to North... or South to South).
Greatly appreciate any help or assistance.
- Kevin
I'm new to the forums but I had a problem I was trying to solve that I could use some help. Hoping someone here could point me in the right direction.
Imagine you have two (2) cylindrical magnets that are diametrically magnetized. Both magnets are of equal size and magnetic strength. Magnet (A) is stationary and held place by an external force. Magnet (B) is stationary and held in place by an external force. However magnet (B) can rotate along it's axis. The magnets are located near each with their cylindrical axis in parallel. At their starting state the magnets have their opposite poles facing each other (North to South).
The question is how much torque would be needed to rotate magnet (B) so that the poles the same poles are facing each other (North to North... or South to South).
Greatly appreciate any help or assistance.
- Kevin