empt 1 marge 1 of 2 Review Constants We will now try to determine how the magnitude of the Coulomb force between the spheres depends on the charge of the bottom sphere. Now that we understand that the charge of the bottom sphere is halved after each touch, create a graph "force vs. charge of the bottom sphere" sing +q. +q/2. +q/4, etc. as the charge values. What is the most reasonable conclusion that can be made from the graph about the magnitude of the Coulomb force? Select the best answer from the choices provided. ▸ View Available Hint(s) It is inversely proportional to the square of the charge of the bottom sphere. It is inversely proportional to the charge of the bottom sphere. OIt is directly proportional to the square of the charge of the bottom sphere. It is directly proportional to the charge of the bottom sphere. Submit 3:00 #tempt 1 Charge 1 of 2 Review | Constants Let us suppose the magnitude of the original Coulomb force between the two charged spheres is F. In this scenario, a third sphere touches the grey sphere and the red sphere multiple times, being grounded each touch. If the grey sphere is touched twice, and the red sphere is touched three times, what is the magnitude of the Coulomb force between the spheres now? Select the best answer from the choices provided. ▸ View Available Hint(s) O F/5 OF/6 OF/8 O F/16 OF/32 Submit Direct Measurement Video: Electric Force vs. Charge We will use a video to analyze the dependence of the magnitude of the Coulomb force between two electrically-charged metal spheres on the charge of one of the spheres. Just like mass, electric charge is a fundamental property of matter, and so it is important to understand how exactly this impacts the corresponding force between charged objects. Specifically, we will: 1. Conceptually study the nature of Let us s scenarie If the gr Coulom Select t View electric charge OF 2. Take measurements from the video of the force exerted between two OF electrically-charged spheres as the amount of charge is varied OF