2. A 70 cm loop of wire (shown here in side view) with 150 turns and with a current / = 2A running through it is placed between the poles of a magnet with B = 1 T. Note that the loop is fixed through its center (the gray dot) and so, although it is free to rotate, it cannot move from side to side. B e N 2 S a) Assuming that the loop is initially placed between the poles in the orientation shown, use the right hand rule or energy arguments to determine which side, 1 or 2, ends up facing the north pole once the loop has reached equilibrium. [3 pts]