This is the complete question! How do I figure out if the rod goes clockwise or counterclockwise? Also, how do I know if the force on the coil is large or small? i into paperaxle in/outmagnetic field Bai out of papercw / ccwbig / smallcw / ccwbig / smalld.Ccw / ccwbig / smallcw / ccwbig / small圭ecw / ccwbig / smallcw / ccwbig / smallMagnetic TorqueVIII - 2 Experiment VIII – Magnetic TorqueWe are going to understand the basic concepts behind electric motors by using afairly primitive setup at your lab table.Section 1 TheoryTwo different orientations of this idealized square coil are shown in the drawingbelow.Draw arrows representing the magnetic forces on the sides of the coil.BBOn each of the two pictures, draw the direction of the magnetic force on each side ofthe square and on the wires entering and exiting the loop.You should have found that only the sides of the coil that are parallel to the axis ofrotation indicated by the two different positions shown can have forces thatcontribute to a rotation. If this was not your conclusion, check your work and askyour lab instructor for help.On the next page are six side views of the coil as seen when looking along the axis ofrotation. The diagrams show sequential steps for one full rotation of the coil. Thedirections of the electric current and the magnetic field are also shown. The wiresparallel to the axis of rotation are the wires that go into or out of the paper (indicatedby circles). For each of these two wires in each diagram, draw arrows indicating themagnetic force on the wire. Determine how these forces tend to rotate the coil, andcircle whether the forces cause a small/large clockwise (cw)/counterclockwise (ccw)torque on the coil.VIII - 1Magnetic Torque

The force acting on the coil is Lorentz force given by F = i (l x B) i is current l is the length…

Answered: i into paper axle in/out magnetic field…

i into paper axle in/out magnetic field B a i out of paper cw / ccw big / small cw / ccw big / small d' cw / ccw big / small cw / ccw big / small f e cw / ccw big / small cw / ccw big / small

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter24: Magnetic Fields

Section: Chapter Questions

Problem 98A

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