Special relativity problem help please:
a neutral boron atom acquires three extra electrons. starting from rest, this boron ion is accelerated through a voltage \bigtriangleupV. ASSUME THIS BORON ION HAS A REST MASS OF 10256.6 MeV/c^2.
a)if \bigtriangleupV. is 17.3 MV calculate its final kinetic energy in (MeV), its final speed (in terms of the speed of light), and the magnitude of its final momentum in (MeV/c).
b) what are the galilean/newtonian ( incorrect) answers to part (a)? comment the results.
c)if \bigtriangleupV. is 2279.3 MV, calculate its final kinetic energy in (MeV), its final

Question

Special relativity problem help please:
a neutral boron atom acquires three extra electrons. starting from rest, this boron ion is accelerated through a voltage \bigtriangleupV. ASSUME THIS BORON ION HAS A REST MASS OF 10256.6 MeV/c^2.
a)if \bigtriangleupV. is 17.3 MV calculate its final kinetic energy in (MeV), its final speed (in terms of the speed of light), and the magnitude of its final momentum in (MeV/c).
b) what are the galilean/newtonian ( incorrect) answers to part (a)? comment the results.
c)if \bigtriangleupV. is 2279.3 MV, calculate its final kinetic energy in (MeV), its final