mag desig Iccelera a. What is the frequency of this cyclotron? b. What must be the minimum radius of the magnet to reach 25 Mev of energy by the time it emerges from the cyclotron. c. If the alternating potential applied to these two D cyclotrons has a maximum value of 50 kV, how many revolutions must the proton make before exiting the cyclotron with an energy of 25 Mev.
mag desig Iccelera a. What is the frequency of this cyclotron? b. What must be the minimum radius of the magnet to reach 25 Mev of energy by the time it emerges from the cyclotron. c. If the alternating potential applied to these two D cyclotrons has a maximum value of 50 kV, how many revolutions must the proton make before exiting the cyclotron with an energy of 25 Mev.
Related questions
Question
Transcribed Image Text:Certain cyclotrons with a magnetic field of 1.8 T are designed to accelerate protons to 25 Mev.
a. What is the frequency of this cyclotron?
b. What must be the minimum radius of the magnet to reach 25 Mev of energy by the time it
emerges from the cyclotron.
c. If the alternating potential applied to these two D cyclotrons has a maximum value of 50 kV,
how many revolutions must the proton make before exiting the cyclotron with an energy of 25
Mev.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
