1. In a linear accelerator, protons are accelerated from rest through a potential difference to a speed of approximately 3.1 x 100 meters per second. The resulting proton beam produces a current of 2.0 x 10 ampere. v=i_mv² 29 betounib bir b. one Proton Beam Region of Field B a. Determine the potential difference through which the protons were accelerated. = 1/2mv² =qv 2 230 V = 1.67 X10-27 (3.1x106) ² ·x (Positive z out of page) 2(1.6x10-19) 5 0152. 188 V -19 OF 10 ni oran $300 (6 grysis w inigi (6) If the beam is stopped in a target, determine the amount of thermal energy that is produced in the target minute.

1. In a linear accelerator, protons are accelerated from rest through a potential difference to a speed of approximately 3.1 x 100 meters per second. The resulting proton beam produces a current of 2.0 x 10 ampere. v=i_mv² 29 betounib bir b. one Proton Beam Region of Field B a. Determine the potential difference through which the protons were accelerated. = 1/2mv² =qv 2 230 V = 1.67 X10-27 (3.1x106) ² ·x (Positive z out of page) 2(1.6x10-19) 5 0152. 188 V -19 OF 10 ni oran $300 (6 grysis w inigi (6) If the beam is stopped in a target, determine the amount of thermal energy that is produced in the target minute.