2) An equilateral triangle of sides 25 cm is formed by two current-carrying wires that form the base of the triangle, and the point P at the apex. The triangle lies in a horizontal plane that is parallel to the ground. P has a bearing that is directly North from the midpoint of the base. The setup is shown in the diagram below. Calculate the magnitude & the direction of the magnetic field that results from a current of 90 A flowing through each of the wires.

2) An equilateral triangle of sides 25 cm is formed by two current-carrying wires that form the base of the triangle, and the point P at the apex. The triangle lies in a horizontal plane that is parallel to the ground. P has a bearing that is directly North from the midpoint of the base. The setup is shown in the diagram below. Calculate the magnitude & the direction of the magnetic field that results from a current of 90 A flowing through each of the wires.