Recent content by Fasso

Thank you very much, I'll read it. :)

Thank you for answer. What is the conclusion then? Which case is more likely to happen? And how did we get that formula? Is it some definition or?

Exactly. Well, I don't have any idea how to set up this problem. Maybe it's more probable that if one of the particles is standing still relative to the surface, they'll collide in the middle due to Gauss's law. But, in my opinion, it's more likely that they'll collide if both particles are moving.

Yes, relative to that surface, of course. I don't know, I think it's more likely that they will collide if both particles are moving, but I don't have the mathematical proof for that opinion.

Is it more probable that particles will collide if both are moving or if one has velocity equal to 0? Let's say we don't have any forces between them and they're on a closed surface (for example a square).

Hello. I'm new here. I'm physics student and I'm here to learn new stuff and maybe make some friends. :)