A square with side length b flow ring around the z-axis freely It is attached to be rotatable. A field of intensity B0 is applied to this ring, which carries 2 Amperes of current, oriented in the + x direction. Calculate the forces applied to the edges of the ring and the torque that these forces will create
A square with side length b flow ring around the z-axis freely It is attached to be rotatable. A field of intensity B0 is applied to this ring, which carries 2 Amperes of current, oriented in the + x direction. Calculate the forces applied to the edges of the ring and the torque that these forces will create
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A square with side length b flow ring around the z-axis freely It is attached to be rotatable. A field of intensity B0 is applied to this ring, which carries 2 Amperes of current, oriented in the + x direction. Calculate the forces applied to the edges of the ring and the torque that these forces will create.
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