A proton moves in a particle accelerator of diameter 40cm perpendicular to a Magnetic Field equal to
0.150T. Find (i) the speed of the proton and (ii) the period of the motion, (iii) the work done on the
proton by vec(F)_(B), (iv) the kinetic energy of the proton when it emerges out of the cyclotron accelerated?
Note: Do not write down the formula directly. Explain circular motion in terms of vec(B),vec(F)_(B), and vec(v). [Hint:
Rotational Kinetic Energy K=(1)/(2)Mr^(2)omega ^(2).]
A proton moves in a particle accelerator of diameter 40 cm perpendicular to a Magnetic Field equal to 0.150 T. Find (i) the speed of the proton and (ii) the period of the motion, (iii) the work done on the proton by F, (iv) the kinetic energy of the proton when it emerges out of the cyclotron accelerated? Note: Do not write down the formula directly. Explain circular motion in terms of B, F, and . [Hint Rotational Kinetic Energy K = Mr22.]