Please see attached question An experimental form of cancer therapy involves theuse of a beam of highly ionized carbon atoms with acharge of +6e (all six electrons have beenremoved). The mass of the ions is 11.172 GeV/c?. Ifthe accelerator is 7.50 m long and the ions areaccelerated through a 125-MV potential difference,what are (a) the ion's kinetic energy, (b) the speedof the ions as measured in the lab frame, and (c) thelength of the accelerator in the reference frame ofthe ions?

Given: The electric potential difference applied to the accelerator, ∆V=125 MV Charge of ion, q=+6e…

An experimental form of cancer therapy involves the use of a beam of highly ionized carbon atoms with a charge of +6e (all six electrons have been removed). The mass of the ions is 11.172 GeVlc². If the accelerator is 7.50 m long and the ions are accelerated through a 125-MV potential difference, what are (a) the ion's kinetic energy, (b) the speed of the ions as measured in the lab frame, and (c) the length of the accelerator in the reference frame of the ions?

An experimental form of cancer therapy involves the use of a beam of highly ionized carbon atoms with a charge of +6e (all six electrons have been removed). The mass of the ions is 11.172 GeVlc². If the accelerator is 7.50 m long and the ions are accelerated through a 125-MV potential difference, what are (a) the ion's kinetic energy, (b) the speed of the ions as measured in the lab frame, and (c) the length of the accelerator in the reference frame of the ions?