24. When a current-carrying wire is in uniform magnetic field with the direction of current the sameas that of the field,A) there is a force on the wire that tends to move it parallel to the magnetic fieldB) there is a force on the wire that tends to move it perpendicular to the magnetic fieldC) there is a torque on the wire that tends to rotate it until the plane is perpendicular to thefieldD) there is neither a force nor a torque on the wire25. The field/s surrounding a moving electric chargeA) depends on the space where the charge is movingB) electric fieldC) magnetic fieldD) both electric and magnetic fields The relationship between electricity and magnetism can be seen in all of the following EXCEPT:A) a battery converts chemical energy into electrical energyB) a magnet pushed inside a loop of wire produces current in the wireC) a compass needle is deflected when placed near a current carrying wire

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24. When a current-carrying wire is in uniform magnetic field with the direction of as that of the field, A) there is a force on the wire that tends to move it parallel to the magnetic field B) there is a force on the wire that tends to move it perpendicular to the magnetic field C) there is a torque on the wire that tends to rotate it until the plane is perpendicular to the field D) there is neither a force nor a torque on the wire

24. When a current-carrying wire is in uniform magnetic field with the direction of as that of the field, A) there is a force on the wire that tends to move it parallel to the magnetic field B) there is a force on the wire that tends to move it perpendicular to the magnetic field C) there is a torque on the wire that tends to rotate it until the plane is perpendicular to the field D) there is neither a force nor a torque on the wire

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter19: Magnetism

Section: Chapter Questions

Problem 5CQ: The following statements are related to the force of a magnetic field on a current-carrying wire....

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