Question 7 A student performed an experiment that veried Coulomb's Law of Electrostaties by measuring the repulsion between two charged spheresI A and B. as a function of the separation of the spheres. The spheres were identical in size and mass. The measurements are shown in the table ofvalnes and plotted on the graph below. h at yet a s-swe re cl Marked out of 2130 Separation (In) Force (N) 't' Fiao question [1.10 [1790 \" 0.13 0.480 [1.20 [1.200 [1.4-0 [1.050 [1.60 [1.022 Force of Repulsion as a Function of the Separation LZC 1.00 0.30 - 0.60 l"f-i'c'i.' [-'| 040 020 000 0.00 0.10 0.30 0.30 0.40 05-0 050 07-0 Separation [mi Perform the following tasks: a. Show that the results verify Coulomb's Law by manipulating the data and providing a new column on the table of values above that, when plotted, will produce a straightline graph. b. Plot the new, linear data. c. Calculate the slope of the linear data. d. Use the slope to determine the Charge on sphere B if the Charge on sphere A is (is. = 3.08 x 10'? C. The charge on sphere B ((13) is l IC. UPLOi'JiD your answers to ab, and c in the drophox found in the following question. Ques'tic'\" 8 Please upload your answers for a, b, and i: (including your graph). hnl'UF'l' Question 1 0 hot yet answered Marked out of 3.00 l.\" Flag question A small balloon is suspended from a support by a 10.0 cm long insulated thread, as shown in the diagram below. A negatively charged rubber rod is touched to the balloon, and then the rod is moved to a position 2.00 cm from the equilibrium position as shown in the diagram. 10.0 cm Negatime charged rod 0 The mass of the balloon is 30.0 g. and it swings to an angle of 40.00 from the equilibrium position. 40 angle Calculate the electrostatic force acting on the balloon. Summarize your answer and show all work done to find the answer. Upload work done on separate paper