Answer:
We can use the formula for the magnetic force on a wire:
F = BIL sin(theta)
Where:
F = magnetic force on the wire = 2.25 N
B = magnetic field strength = 1.2 T
I = current in the wire = 8.2 A
L = length of the wire segment = 47 cm = 0.47 m
We can rearrange this formula to solve for the angle theta:
theta = sin^(-1)(F / BIL)
Substituting the given values:
theta = sin^(-1)(2.25 N / (1.2 T * 8.2 A * 0.47 m))
theta = sin^(-1)(0.331)
theta = 19.5 degrees
Therefore, the angle between the wire carrying the current and the magnetic field is approximately 19.5 degrees.
Step-by-step explanation: