(i) Obtain the expressionfor the cyclotron frequency. (ii) A deutron and a proton are acceleratedby the cyclotron. Can both the accelerated with the same oscillatorfrequency ? Give greason to justify your answer.

(i) Obtain the expressionfor the cyclotron frequency. (ii) A deutron

1.	(i) Obtain the expressionfor the cyclotron frequency. (ii) A deutron and a proton are acceleratedby the cyclotron. Can both the accelerated with the same oscillatorfrequency ? Give greason to justify your answer.
Answer» SOLUTION :Derivation of the expression for cyclotron frequency. `(MV^(2))/r=qvB` `r=(mv)/(qB)` FREQUENCEY of revolution `(v)=1/("Time period")=v/(2pir)` `v=(qB)/(2pim)`

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(i) Obtain the expressionfor the cyclotron frequency. (ii) A deutron and a proton are acceleratedby the cyclotron. Can both the accelerated with the same oscillatorfrequency ? Give greason to justify your answer.

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