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A particle with unknown mass m and charge q is initially moving at constant velocity v = 4 x 10° m/s in a region with zero electric field. It then enters a region where the field is E = 100 N/C, in the same direction as the particle's motion. The particle travels for a distance of z=1.2 cm before momentarily coming to a stop. What is the particle's charge to mass ratio 9/ m? Be sure to include the sign of the ratio and its units

A particle with unknown mass m and charge q is initially moving at constant velocity v = 4 x 10° m/s in a region with zero electric field. It then enters a region where the field is E = 100 N/C, in the same direction as the particle's motion. The particle travels for a distance of z=1.2 cm before momentarily coming to a stop. What is the particle's charge to mass ratio 9/ m? Be sure to include the sign of the ratio and its units

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question 2 ‘Aparticl with unknown mass m and charge q is intialy moving af constant velocity v = 4 x 10‘m/smarogmmhzevodsmf»ld Itthen enters a region whete the fied s E = 100 N/C, inthe same direction as the particle's motion. The partice travels for a distance of = 1.2 cm before momentarly coming 1o a stop. What s the partice’s charge to mass atio q/m? Be sure o include the sign of the rato and is unis.
question 2 A particle with unknown mass m and charge q is initially moving at constant velocity u = 4 x 10° m/s in a region with zero electric field. It then enters a region where the field is E = 100 N/C, in the same direction as the particle's motion. The particle travels for a distance of I= 1.2 cm before momentarily coming to a stop. What is the particle's charge to mass ratio q/m? Be sure to include the sign of the ratio and its units.
Transcribed Image Text:question 2 A particle with unknown mass m and charge q is initially moving at constant velocity u = 4 x 10° m/s in a region with zero electric field. It then enters a region where the field is E = 100 N/C, in the same direction as the particle's motion. The particle travels for a distance of I= 1.2 cm before momentarily coming to a stop. What is the particle's charge to mass ratio q/m? Be sure to include the sign of the ratio and its units.
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