1. The problem statement, all variables and given/known data Consider the system shown to the right. Particles 1 and 2 are fixed in place while particle three is placed at the location shown and released. Let’s look at the mechanics of q3, which has a mass of 3.00 X 10-5 kg. What will be the net force on q3? What will be q3’s acceleration? Can you use the acceleration equation [x(t)=1/2at^2+v0t+x0] to predict where q3 will be after 0.50 seconds? Explain. Project: You al make a spreadsheet that graphs q3’s position vs. time. Here are the requirements: Spreadsheet accurately models the movement of particle 3. You can adjust the magnitude and sign of each of the charges. You can adjust the initial position and mass of q3 (including to the left or right of both charges or right in the middle). 2. Relevant equations How would i make the graph without time or any intial or final speed? do you assume that initial speed is 0? 3. The attempt at a solution i solved for the fnet on 3 through coulomb's law and then plugged the net force in to the equation F/M=a to find the acceleration. but i was not really sure where to go from there? I am not really wondering about the spread sheet as to what equations would i use to create a x VS t graph?