Do 5-9 and use excel and label all graphs

of 1 m. Ignore the degrees. F(m) 5(Vm) $1.4 Foote 13 4 5 97 3.36 2.14 1.49 H 11 0.86 Table 2. Electric field as a function of distance 3. Drag the Sensor to the other distances shown in the table, then record the E field measurements Drag your Sensor back and replace it in the box at the bottom of the screen. And now, using the voltmeter, record the potential V by drawing a green line on the screen at each distance. Fill in the table below Include a screenshot with all of the green circles. r (m) E (V/m 52 53 26.74 17.95 13.4 10.83 8.94 7.704 6.731 Table 3. Electric Potential as a function of distance 5. Write the equation for the electric field and for the potential at any distance ? from a point charge q 6. Using table 2 make a graph in Excel of electric field E and distance ? to determine Coulomb's constant * using the appropriate trendline. (Hint. there are 2 ways to do this. Either make a graph and then create the appropriate trendline. or figure out how to make the graph into a straight line and then use a linear trendline. Once you have a trendline, compare the equation written above to the equation of the trendline to find *) Insert the graph below and write down the & value that you found. Compare this value to the known value using percent error Footer 2 8. Using table 3 above, make a graph in Excel of voltage I/ and distance , to determine the constant & again using the appropriate trendline. The same hint as above applies, but the work will be slightly different because the equation is different.) 9. Insert the graph below and write down the k value that you found. Compare this value to the known value using percent error difference