Solve the equation of motion to determine the velocity and the trajectory of an electron in the presence of a uniform magnetostatic field B = B₀ẑ, and an oscillating electric field given by

Consider the same assumptions and initial conditions as in the previous problem.

Data from Problem 4.6.

Consider the motion of an electron in the presence of a uniform magnetostatic field B = B₀ẑ, and an electric field that oscillates in time at the electron cyclotron frequency Ω_c, according to

Transcribed Image Text:

E(t) = xEx sin wt + ZEz cos wt