1
answer
0
watching
73
views
10 Nov 2019
An electrically charged wire on the z axis exerts a force on aproton, which moves on the x axis. The initial conditions for theproton position and velocity are: x(0) = x0 and v(0) = 0. The forceon the proton is Fx(x) = C /x where C = 3.2Ã10â15 Nm.
(A) Determine the potential energy function, U(x). Choose x0 to bethe reference point; i.e., U(x0) = 0.
(B) Calculate the velocity v at the time when the proton passes thepoint x = 2 x0.
(C) Calculate the time t when the proton passes the point x = 2 x0.Assume x0 = 1 m.
*** Please be as specificas possible***
An electrically charged wire on the z axis exerts a force on aproton, which moves on the x axis. The initial conditions for theproton position and velocity are: x(0) = x0 and v(0) = 0. The forceon the proton is Fx(x) = C /x where C = 3.2Ã10â15 Nm.
(A) Determine the potential energy function, U(x). Choose x0 to bethe reference point; i.e., U(x0) = 0.
(B) Calculate the velocity v at the time when the proton passes thepoint x = 2 x0.
(C) Calculate the time t when the proton passes the point x = 2 x0.Assume x0 = 1 m.
*** Please be as specificas possible***
Hubert KochLv2
13 May 2019