use this stimulator to do the pt below: https://phet.colorado.edu/sims/html/coulombs-law/latest/coulombs-law_en.html

the direction is all on the picture

Coulomb's Law Simulation Open the simulation and select Macro Scale. https://phet.colorado.edu/sims/html/coulombs-law/latest/coulombs-law en.html Check the box of Force Values. Take Note: The ruler is movable. You can it put closer to the spheres to check the distance accurately. Force on q2 by q, = 319.557 N Force on q, by q2 = 319.557 N 1 3 6 10 Charge 1 Charge 2 Force Values 1 8 HC C Scientific Notation -10 10 1 cm O PhETa. Magnitude of harge: For this section, change the value of the charge on each sphere. Place the left charge atthe 4 cm position and the right one at the T crn position. Vary the left and right charge to the values provided below and record the resulting forces. [12 points] Charge Charge Force2 of ql on Force1 of 112 on Arrow Direction towards or awa Note: 1's read as mfcm- {'oulomb Guide Questi one: 1. Compare the forces that each charged object feels from the other? [2 points] 2. Look how the forces changed when you changed the charges. 1|..I"Li'l'1at can you conclude about the relationship of the 2 charges to the resulting force? [3 points] b. Distance: Set the charge for both object to 8 uC. Place the left object at 0 cm. Move the right object to the locations before and record the resulting forces. (5 points) Distance (cm) Resulting Force (N) q1 on q2/q2 on q1 2 4 6 8 10 Guide Questions: 1. What happens to the magnitude of the force as the charges are taken further apart? (2 points) 2. What happened to the force when the distance double? By what factor did it change? What about when the distance is quadrupled? (3 points)3. What rule can you arrive for how the distance between the charged objects relates to the resulting force? (3 points) CONCLUSION (ABM) (3 points]