The forces acting on two objects, A and B, ObieCtA are shown. Is the magnitude of the net force on . 1 2 N object A greater than, less than, or equal to the magnitude of the net force on object B? O The magnitude of the net force on A is greater than the magnitude of the net force on B. O The magnitude of the net force on A is less than the magnitude of the net force on B. O The magnitude of the net force on A is equal to the magnitude of the net force on B. Explain the reasoning you used to obtain your answer to the question above. The forces acting on two different objects, Object 0 Object o C and D, are shown. Is the magnitude of the net force on object C greater than, less than, or equal to the magnitude of the net force on object D? O The magnitude of the net force on C is greater than the magnitude of the net force on D. O The magnitude of the net force on C is less than the magnitude of the net force on D. O The magnitude of the net force on C is equal to the magnitude of the net force on D. Explain the reasoning you used to obtain your answer to the question above. Two positively charged balls are placed a distance X apart l'1'"| as shown. The magnitude of the charge on ball 1 is larger . 3 _ Ball 1 Ball 2 than the magnitude of the charge on ball 2. The balls are observed to repel. Is the magnitude of the electric force on ball 1 greater than, less than, or equal to the magnitude of the electric force on ball 2? O The magnitude of the electric force on 1 is greater than the magnitude of the electric force on 2. Q The magnitude of the electric force on 1 is less than the magnitude of the electric force on 2. O The magnitude of the electric force on 1 is equal to the magnitude of the electric force on 2. Explain the reasoning you used to obtain your answer to the question above. Ball 2 is replaced by a rod. The rod has the same positive charge that ball 2 had (in the previous section) and is | A, placed the same distance x from ball 1 as shown. The 3am Rod charge on the rod is uniformly distributed along its length. Is the magnitude of the electric force on ball 1 by the rod (F1R) greater than, less than, or the same as the magnitude of the electric force on ball 1 by ball 2 (F12) in the previous section? 0 The magnitude of the electric force on ball 1 by the rod (Fm) is greater than the magnitude of the electric force on ball 1 by ball 2 (F12). O The magnitude of the electric force on ball 1 by the rod (Fm) is less than the magnitude of the electric force on ball 1 by ball 2 (F12). O The magnitude of the electric force on ball 1 by the rod (Fm) is equal to the magnitude of the electric force on ball 1 by ball 2 (F12). Explain the reasoning you used to obtain your answer to the question above