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The magnetic field between opposite poles of magnets is 0.500 T directed westward. A straight horizontal...

The magnetic field between opposite poles of magnets is 0.500 T directed westward. A straight horizontal conductor carrying a current of 10.0 A is placed in the magnetic field such that the direction of the current is 40.0 degrees SW. Find the magnitude and direction of the magnetic force acting on a 25.0-cm section of the conductor using

a. F = ILB sin

b. F = I ( L X B)

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