The magnetic induction in a betatron on an equilibrium orbit of radius r varies during the acceleration time at practically constant rate from zero to B.
Assuming the initial velocity of the electron to be equal to zero, find:
(a) The energy acquired by the electron during the acceleration time;
(b) The corresponding distance covered by the electron if the acceleration time is equal to ∆t. |
New search. (Also 5349 free access solutions) |