b. Calculate the forces acting on charge 2. If charge 2 only has 1 force acting on it state so explicitly. If charge 2 has more than one force acting on it, calculate each force separately.

Three charges are arranged as shown in the figure below. Charge 1 is negative and has a value of q1 = - 0.24 nC, Charge 2 is positive and has a value of q2 = 3.2 uC, and Charge 3 is negative with a value of q3 = - 0.13 C. The distance between charge 1 and charge 2 has a value of d12 = 2 cm and the distance between charge 2 and charge 3 has a value of d23 = 2 cm (the distances between all charges are the same). 91 92 93 d1,2 d2,3 a. Draw the force arrow or force arrows (if multiple forces) for any forces acting only on charge 2 (q2). Make sure to label all force arrows you draw. Explain why you drew your force arrows in this way. b. Calculate the forces acting on charge 2. If charge 2 only has 1 force acting on it state so explicitly. If charge 2 has more than one force acting on it, calculate each force separately. c. If you have more than one force acting on charge 2, determine which overall direction charge 2 would move if it had the ability to move. If charge 2 only has one force acting on it, skip this