In my visit to more realistic particle motion animation, F=kq1q2d2, F=ma, so: a=kq1q2md2
ADDENDUM: This looks suspiciously close to gravity related questions, but in my case I have ions or charged particles in mind, where both masses matter, as well as the movements of both bodies. What brought up the issue was the question "were ions hard balls, when they 'collide' is the ricochet a fact, or is the attraction so great that it is already generating a -v higher than v of the conservation of momentum ricochet resulting from the collision? If there is a 'bounce', What is it like? etc.". (My initial model has only an Li+ and a F- 6000 picometers apart in a 1 cubic meter 'universe', in case you wonder what I am doing.)
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