Compute each part of following problem given below:
Problem: A cyclotron is operated at an oscillator frequency of 12 MHz, and has a Dee radius of 0.53m.
Part A: Calculate the magnetic field needed to accelerate deuterons?
Part B: What is the kinetic energy of the deuterons exiting at the outer edge of the cyclotron?
Part C: If the potential difference between the dees is 75 kV, how many cycles does each deuteron go through before exiting?
Part D: Challenge Q: estimate the distance travelled by a deuteron inside the cyclotron.
Any expert will able to provide exact solution for the above problem.