First off I would like to say that, even though this may seam like I'm just asking the question I’m supposed to answer, and hoping for freebees. That is not the case. I have a tendency of making problems that are sum what easy way harder than they have to be, and after having dun a group of problems, my professor wanted me to redo them the "right way" or at least as far as I could tell an easer method that I didn’t think of. Now without any of his help on how, and without him giving me back the previous assignment(aka the answers and work that I turned in) I have to do it again, and low and behold I do them the same way. So I’m going to put down the problem verbatim and hope that some kind harts will give me some good methods of solving them. Or at least this one for now.(adsbygoogle = window.adsbygoogle || []).push({});

A particle(q=40nC, m=5g) moves in a region of space where the electric field is uniform and is given by Ex=-5.5N/C, Ey=Ez=0. If the position of and velocity of the particle at t=0 are given by x=y=0 and vx= 50m/s, vy=vz=0, what is the distance from the origin to the particle at t=2.0s.

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# More fun with e-fields

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