Calculating magnetic field to accelerate deutrons in a cyclotron.
1.*The problem*statement, all variables and given/known data
A cyclotron has oscillator frequency of 12×10^6 cycles /sec and dee radius 21 inches .Calculate the magnetic induction B needed to accelerate deutrons .Given e=1.6 ×10^19 coulomb and M (2 H 1)=3.3×10^27 kg.
2. Relevant equations
Frequency f= Bq/2πΜ
3. The attempt at a solution
Β=(2π×3.3 ×10^ 27 ×12 ×10^6)/1.6×10^ 19 = 1.55Wb/m2
.Have i done this right? Why did they give me the dee radius if didn't need it?
