Recent content by alesdiazdeo

That the initial statement was that; but of course v is only constant in module, not as a vector, as it varies with F=qvB.

There are no preferences, just calculation of the trajectory is my task. Alright, so I inserted the B formula into the Fm formula and got Fm=1.6*10^-20/R. Divided it by the mass of the electron and got the acceleration. Did the integral of that and got v=1,76*10^10*ln|R|+C (which I assume is 0...

B equals 50*10^-7 T (at first instance) Fm equals 8*10^-20 N (at first instance) I know Fm is perpendicular to the velocity, and I know the estimation of the trajectory (somewhat similar to the curve y=lnx). Since I think vertical velocity will be constant, only changing the x component, I...