Question
this is the previous question it mentioned
the right, and so forth, in synch with the Week 6 Tutorial-Magnetic Forces Assignment Continuing with Lawrence's cyclotron. First, repeat the above calculation algebraically for the time At required a proton to complete one full circle. Then relate that to radius for path. the chamber is 0.5 m in ofthe diameter, find the speed w of the fastest proton that could be handled. Next, fin kinetic energy Kein joules (J). its Subatomic particle energies are typically expressed in terms volt (ev. equal the amount of kinetic energy that would be gained by an electron moving through an electric potential difference of 1 volt. Find the energy gained in joules to get the conversion factor between and convert the proton's kinetic energy to eV. Finally, calculate the rest-mass energy of the proton and electron using E mca. (A. Einstein, 1905), convert those energies to and compare them to the proton's kinetic energy.
Explanation / Answer
period T = 2*pi*m/(q*B)
period does not depend on the speed of the proton
T = 2*pi*m/(q*B)
T = 2*3.142*1.67*10^-27/(1.6*10^-19*1.2)
T = 5.46*10^-8 sec
if speed is 5% of speed of light ,then result for period T doesnot changes .remains same
period is T = 5.46*10^-8 sec
