Below are six side views of the coil as seen when looking along the axis of rotation. The directions of the electric current and the magnetic field are also shown. The wires parallel to the axis of rotation are the wires that go into or out of the paper (indicated by circles). For each of these two wires in each diagram, draw arrows indicating the magnetic force on the wire. Determine how these forces tend to rotate the coil, and circle whether the forces cause a small/large clockwise (cw)/counterclockwise (ccw) torque on the coil. Note that diagrams (a) through (f) show sequential steps for one full rotation of the coil. i into papero (a) (b) B B i out of &i into раper раper B i out of раper cw / ccw big / small cw / ccw big / small i out of i out of (c) раper (d) рарer B В В i into i into раper раper cw / ccw big / small cw / ссw big / small
Below are six side views of the coil as seen when looking along the axis of rotation. The directions of the electric current and the magnetic field are also shown. The wires parallel to the axis of rotation are the wires that go into or out of the paper (indicated by circles). For each of these two wires in each diagram, draw arrows indicating the magnetic force on the wire. Determine how these forces tend to rotate the coil, and circle whether the forces cause a small/large clockwise (cw)/counterclockwise (ccw) torque on the coil. Note that diagrams (a) through (f) show sequential steps for one full rotation of the coil. i into papero (a) (b) B B i out of &i into раper раper B i out of раper cw / ccw big / small cw / ccw big / small i out of i out of (c) раper (d) рарer B В В i into i into раper раper cw / ccw big / small cw / ссw big / small
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