Three "infinite" wires lie in the x-y plane and are parallel to the x-axis: - Wire 1 passes through the y-axis at (0,5.41 mm), and carries current 56.1 A in the positive x-direction. - Wire 2 passes through the y-axis at (0,3.87 mm), and carries current 76.1 A in the negative x-direction. - Wire 3 passes through the y-axis at (0,-7.73 mm) and carries current 69.4 A in the positive x-direction. Positive point charge Q = +850 µC travels in a tube along the x-axis with constant velocity v = 5.93i Mm/s. Assume the wires have negligible thickness Find the force, in N, felt by Q due to the currents in the wires. All the forces on the charge will be in the ±y-direction; in your answer, give the sign of the force to indicate if the net force is in the positive y-direction or the negative y-direction.

Three "infinite" wires lie in the x-y plane and are parallel to the x-axis: - Wire 1 passes through the y-axis at (0,5.41 mm), and carries current 56.1 A in the positive x-direction. - Wire 2 passes through the y-axis at (0,3.87 mm), and carries current 76.1 A in the negative x-direction. - Wire 3 passes through the y-axis at (0,-7.73 mm) and carries current 69.4 A in the positive x-direction. Positive point charge Q = +850 µC travels in a tube along the x-axis with constant velocity v = 5.93i Mm/s. Assume the wires have negligible thickness Find the force, in N, felt by Q due to the currents in the wires. All the forces on the charge will be in the ±y-direction; in your answer, give the sign of the force to indicate if the net force is in the positive y-direction or the negative y-direction.