Conclusions 1. Using your data in Table 2, Columns 4 and 6, create a graph of F12 on the Y-axis versus r on the X-axis. Label the x-y axes including units and Title your graph "Coulomb Force vs Charge Separation". Upload it with this Lab Report in D2L. Comment on the graph. 2. Using your data in Table 2, Columns 5 and 6, create a graph of Fig on the Y-axis versus on the X-axis. Label the x-y axes including units and Title your graph "Coulombs Law". Upload it with this Lab Report in D2L. Measure and record the slope of the line using any method you are comfortable with. What is the physical meaning of the slope? NOTE: When you get the slope you should get something like 0.8987 which is in (N * m?). Then you divide that by q? or (10 x 10 6)2 with units of C2. IMG-2190.jpg IMG_20230201_09....jpg 1649263660058.jpg 1649263659965.jpg Show all 5:36 PM 4/25/2023 Q SearchFixed Charge, Changing Distance 1. SET the values of g, and , to 10 /C 2. DRAG qi all the way to the left at the 0 cm mark. 3. DRAG ( all the way to the right at the 10 cm mark. 4. Record the force on qi due to q2. Fig in Table 2, Column 6. 5. Repeat Steps 3 - 4 for distance of 9, 8, 7, 6, 5, 4, 3, and 2 cm. 6. Convert the distance (r) from cm to m. Record these values in Table 2, Column 4. 7. Calculate 1/r? in meters (m) for each distance. Record these values in Table 2, Column 5. Table 2. Data Results: Fixed Charge. Changing Distance 91 41 1/12 F12 cm ) (m) (m) (N) 10 HC 10 LC 10 cm 10.1 m 100 m 89.876 N 10 JC 10 HC 9 cm 0.09 m 123.46 m 110.957 N 10 LLC 10 JC 8 cm 0.08 m 156.25 m 140.430 N 10 AC 10 LLC 7 cm 0.07 m 204.08 m 183.419 N 10 PLC 10 MC 6 cm 0 06 m 277.78 m 249.654 N 10 uC 10 LLC 5 cm 0.05 m 400 m 359.502 N 10 AC 10 AC 4 cm 0.04 m 625 m 561.722 N 10 LLC 10 LLC 3 cm 0.03 m 1,111.11 m 998.617 N 10 MC 10 /C 2 cm 0.02 m 2,500 m 2,246.888 N Observation and Analysis: IMG-2193.jpg 8.jpg IMG-2190.jpg ch -6 F7 F8 F9 F10 F11 F12