Physics, asked by nithinthulasi0, 1 month ago

the voltage across the dees of a cyclotron is 50kV. how many revolutions do protons make to reach a kinetic energy of 20 MeV.

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Answered by tithibhowick008

Answer:

Then, we will be using the formula for the kinetic energy acquired by a charge when it is revolving between the dees i.e., KE=2NqV. Therefore, a total of 100 revolutions are required to acquire a kinetic energy of 20 MeV. Hence, option A is correct.

Explanation:

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the voltage across the dees of a cyclotron is 50kV. how many revolutions do protons make to reach a kinetic energy of 20 MeV.​

Answers

the voltage across the dees of a cyclotron is 50kV. how many revolutions do protons make to reach a kinetic energy of 20 MeV.