(i) Obtain the expression for the cyclotron frequency.
(ii) A deutron and a proton are accelerated by the cyclotron. Can both the accelerated with the same oscillator frequency ? Give greason to justify your answer.

Answer the following: (i) Obtain the expression for the cyclotron frequency. (ii) A deuteron and a proton are accelerated by the cyclotron. Can both be accelerated with the same oscillator frequency ? Give reason to justify your answer.

A deutron and a proton are accelerated by the cyclotron. Can both be accelerated with the same oscillator frequency? Give reason to justify your answer.

A deuteron and a proton are accelerated by dee cyclotron. Can both be accelerated with the same oscillator frequency ? Give reason to justify your answer.

Give the expression for cyclotron frequency.

An a–particle and a proton are released from the centre of the cyclotron and made to accelerate. Can both be accelerated at the same cyclotron frequency? Give reason to justify your answer.

An alpha -particle and a proton are released from the centre of a cyclotron and made to accelerate. Can both be accelerated at the same cyclotron frequency ? Give reason to justify your answer.

(a) Draw a schematic sketch of a cyclotron. Explain clearly the role of crossed electric and magnetic field in accelerating the charge. Hence derive the expression for the kinetic energy acquired by the particles. (b) An alpha -particle and a proton are relased form the centre of the cyclotron and made to accelerate. (i) Can both be accelerated at the same cyclotron frequency? Give reason to justify your answer. (ii) When they are accelerated in turn, which of the two will have higher velocity at the exit slit of the dees ?