A 1.5m diameter cyclotron is used to accelerate proton to an energy of 8 MeV. The required magnetic field strength for this cyclotron is : -
`(m_(p)=1.6xx10^(-27)kg)`

A cyclotron is to accelerate protons to a kinetic energy of 5 Me V. If the strength of the magnetic field in the cyclotron is 2 T. Find (i) the frequency needed for the applied voltage (ii) radius of the cyclotron

A cyclotron is used to acclerate protons to a kinetic energy of 5 MeV. If the radius and the frequency field in the cyclotron is 2T. Find the radius and the frequency needed for the applied alternating voltage of the cyclotron. (Given : Velocity of proton =3xx10^(7)m//s)

A cyclotron is used to accelerate charged particles. Then the time period under the influence of 1T magnetic field of a proton :-

Find the rest mass energy of a proton in MeV. [m_(p) = 1.673 xx 10^(-27) kg]

An alternating electric field, of frequency v, is applied across the dees (radius=R) of a cyclotron that is being used to accelerate protons (mass=m) the operating magnetic field (B) used in the cyclotron and the kinetic energy (K) of the proton beam, produced by it, are given by:

A cyclotron's oscillator frequency is 10 MHz . The operating magnetic field for accelerating protons is

An alternate electric field of frequency v, is applied across the dees (radius=R) of a cyclotron that is being used to accelerate protons ("mass"=m) . The operating magnetic field (b) used in the cyclotron and the kinetic energy (K) of the proton beam, produced by it, are given by