What is the kinetic energy of a particle with a charge of 55 microCoulombs moving with a radius of 3.7mm in a constant magnetic field with a strength 1.9x10^-4 T, if it is loving ag constant speed 75 m/s?

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Chapter1: Units, Trigonometry. And Vectors
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1. What is the kinetic energy of a particle with a charge of 55 microCoulombs moving with a radius of 3.7mm in a constant magnetic field with a strength 1.9x10^-4 T, if it is loving ag constant speed 75 m/s? 

Firish the follewng problem, which has been started for yoL Hote that there rilay be iters
mixig at anyy point in this partial problem solubion. All nIbSing parts should be added for full
credit of & points.
1. What is the kinetic enerpEY of a particle with a charge af 55 mucroCoalomba moving wih a
radnus of 3.7mm in a constant magnetic fiekd with strengh 19z 10 T,itE DOng at
COnstant speed 75 m's7
•B
重
Variables (Known and Unknown) and Equations
SSuC
r: 3,7 mm KE=?
B=1,9X10T
= qvBsine
KE=mv
V=75ms
F:
Solution
quB sin@
(55 メ10
vBsinE
)し75mls)(19xI0
54)sin90°
640.076 N
Transcribed Image Text:Firish the follewng problem, which has been started for yoL Hote that there rilay be iters mixig at anyy point in this partial problem solubion. All nIbSing parts should be added for full credit of & points. 1. What is the kinetic enerpEY of a particle with a charge af 55 mucroCoalomba moving wih a radnus of 3.7mm in a constant magnetic fiekd with strengh 19z 10 T,itE DOng at COnstant speed 75 m's7 •B 重 Variables (Known and Unknown) and Equations SSuC r: 3,7 mm KE=? B=1,9X10T = qvBsine KE=mv V=75ms F: Solution quB sin@ (55 メ10 vBsinE )し75mls)(19xI0 54)sin90° 640.076 N
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