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(B) The angular frequency $\omega$ of a charged particle moving in a magnetic field $B$ is given by the formula $\omega = \frac{qB}{m}$.Here,$q$ is th

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(B) The angular frequency $\omega$ of a charged particle moving in a magnetic field $B$ is given by the formula $\omega = \frac{qB}{m}$.Here,$q$ is the charge of the particle,$B$ is the magnetic field strength,and $m$ is the mass of the particle.From this expression,it is clear that the angular frequency $\omega$ depends only on the charge,the mass of the particle,and the magnetic field.It does not depend on the velocity or speed $v$ of the particle.Therefore,the angular frequency is independent of the speed of the charged particle.

In a cyclotron,the angular frequency of a charged particle is independent of

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