Deduce an expression for the frequency of revolution of a charged particle in a magnetic field and show that this is independent of the velocity or energy of the particle.
Asked by Rahul agarwal | 9th Sep, 2013, 06:17: PM
The force acting on a particle with charge q moving with velocity v in magnetic field B is
Due to this force, the particle moves in a circle of radius r.
Thus, we have
Thus, the radius of orbit is
Thus, the frequency of revolution ? is
Thus, from the above equation, we can conclude that the frequency of revolution is independent of velocity or energy of the particle.
It only depends on the charge and mass of the particle and the strength of magnetic field.
Answered by Romal Bhansali | 10th Sep, 2013, 06:49: PM
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