#1) True or False: It is impossible to arrange 4 charges in a line so that the total electric force on any one of the charges from the other 3 is equal to zero. - #2) Three charged particles are placed at locations on a straight line. The charge A is 2.00nC and is located at x= 0.0m. Charge B is 2.00 nC and is located at x= 0.40m. The third charge C has a charge of 2.00 nC and is placed at x= 0.50m. Call "to the right" positive. A diagram of the situation is shown.

Three charged particles are placed at locations on a straight line. The charge A is 2.00 nc and is located at x = 0.0 m. Charge B is 2,00 n and is located at r = 0.40 m. The third charge C has a charge of 2.00 nC and is placed at x = 0.50 mn. Call "to the right" positive A diagram of the situation is shown. x0m x =0.4 m x = 0.50 m Try to do before doing any calculations: a) Which of the three charges do you think will experience the greatest electric force from the combination of the other two? b) Which of the three charges do you think will experience the smallest electric force from the combination of the other two? With calculation. c) Determine the magnitude and direction of the total electric force on each of the charges from the combination of the other two charges