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Question
how would you do part b? this is a non graded practice worksheet
1. In a linear accelerator, protons are accelerated from rest through a potential difference to to a se a speed of approximately 3.1 x 100 meters per second. The resulting proton beam produces a current of 2.0 x 10- ampere. a. // mv² =qv b. one betounib bigh v=1_mv² 29 Proton Beam Region of Field B Determine the potential difference through which the protons were accelerated. (Positive z out of page) 2 12V=1-67x10-27 (3.1x10²) 50152.188 V 16 2(1.6x10-19) -19 OF 10 ni ost yards awod (0) 103000 Ingin (8) BJ (4) If the beam is stopped in a target, determine the amount of thermal energy that is produced in the target in minute. Winstwo Jastando & ampo griw erT J dignol bns m 22sms earl gniw nir icinosisort A asm si to obutingsm
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Transcribed Image Text:1. In a linear accelerator, protons are accelerated from rest through a potential difference to to a se a speed of approximately 3.1 x 100 meters per second. The resulting proton beam produces a current of 2.0 x 10- ampere. a. // mv² =qv b. one betounib bigh v=1_mv² 29 Proton Beam Region of Field B Determine the potential difference through which the protons were accelerated. (Positive z out of page) 2 12V=1-67x10-27 (3.1x10²) 50152.188 V 16 2(1.6x10-19) -19 OF 10 ni ost yards awod (0) 103000 Ingin (8) BJ (4) If the beam is stopped in a target, determine the amount of thermal energy that is produced in the target in minute. Winstwo Jastando & ampo griw erT J dignol bns m 22sms earl gniw nir icinosisort A asm si to obutingsm
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