1. A long straight wire parallel to the y axis carriesacurrent of 6.3 A in the positive y direction. There is auniformmagnetic field of 1.5 T in the positive x direction. Theforce perunit length on the wire is approximately 9.5 N/m and is inthepositive z direction.
2. A long wire carries a current toward the north in amagneticfield that is directed vertically downward. The directionof themagnetic force on the wire is toward the west.
3. A long straight wire parallel to the y axis carriesacurrent of 6.3 A in the positive y direction. There is auniformmagnetic field of 1.5 T in the positive x direction. Theforce perunit length on the wire is approximately 9.5 N/m and is inthenegative z direction
4. The figure shows the motion of electrons in a wirewhich isnear the North pole of a magnet. The wire will be pushedaway fromthe magnet.
5. A long wire carries a current toward the east in amagneticfield that is directed due south. The direction of themagneticforce on the wire is vertically downward.
(True/False) 1. A long straight wire parallel to the y axis carries acurrent of 6.3 A in the positive y direction. There is a uniformmagnetic field of 1.5 T in the positive x direction. The force perunit length on the wire is approximately 9.5 N/m and is in thepositive z direction. 2. A long wire carries a current toward the north in amagnetic field that is directed vertically downward. The directionof the magnetic force on the wire is toward the west. 3. A long straight wire parallel to the y axis carries acurrent of 6.3 A in the positive y direction. There is a uniformmagnetic field of 1.5 T in the positive x direction. The force perunit length on the wire is approximately 9.5 N/m and is in thenegative z direction 4. The figure shows the motion of electrons in a wirewhich is near the North pole of a magnet. The wire will be pushedaway from the magnet. 5. A long wire carries a current toward the east in amagnetic field that is directed due south. The direction of themagnetic force on the wire is vertically downward.
