1)Three 1.0 m long, straight, identical wires are inserted one at a time into a magnetic field having a strength of 6.00T and directed due east. Wire A carries a current of 2.0 A in the direction of 45 south of east. Wire B carries a current of 8 A, due north. Wire C carries a current of 10 A, due west.  Find the magnitude of the magnetic forces on each wire.

There are three different wires of the same length but having the different orientations. The magnitude of the magnetic forces on each wire is calculated as shown below:

Wire A

The angle between the magnetic field and the elemental length is 45 degrees.

?FA?=ilBsinθFA?=2×1×6×sin450FA?=8.84N??

Wire B

The angle between the magnetic field and the elemental length is 90 degrees.

?FB?=ilBsinθFB?=8×1×6×sin900FB?=48N??

Wire C

The angle between the magnetic field and the elemental length is 0 degrees.

?FC?=ilBsinθFC?=10×1×6×sin00FC?=0??