How to solve the graph and questions

5. Since the Tension force is unknown solve for it using the vertical direction equation and plug that into the horizontal equation. Remember that Coulomb's Law is FF = k 9192 6. Use algebraic steps to make the formula look like tang _ *9192 1 mg r2. Question 6: Either upload a picture of your work or type your work showing steps 4-6 to answer this question. 7. Using the simulation move the charge on the left back and forth, measure the distance between the two hanging charged spheres as r and record the value in Table 2. You will then measure the angle of the hanging charge, record this value in Table 2. | 8. Repeat Step 7 until you have a total of 10 points. 9. Calculate the value of 1/r2 for each r value and record in Table 2. Calculate tano for each angle value and record in Table 2. 10. Make a plot of tano vs 1/r2 with tano on the y-axis and 1/r2 on the x-axis This should now be a linear plot of the form y = mx + b. Table 2 0 (degrees) 1/r2 (1/m2) tang r (m) answer this