8. In a mass spectrometer a charged particle is accelerated to a velocity v = 5.9 107 m/s by an electric field and allowed to enter a magnetic field B, where it is deflected in a semi-circular path of radius R = 10 cm. The magnetic field is uniform of magnitude B = 16 T and oriented out of the page. L a. What is the sign of the charge on the particle? b. What is the acceleration of the particle in the magnetic field? C. What is the ratio between the charge and mass of the particle q/m? d. What is the direction of the accelerating electric field? e. What is the accelerating voltage of the electric field? Ositive be the fu is downwards. k=v² ma r 2 C = (5.9x107)² nl nompels edi in nonsisted to atingem oris visas's in 16 m/s 2 m = 3.481 e 16 m/ M Sup
8. In a mass spectrometer a charged particle is accelerated to a velocity v = 5.9 107 m/s by an electric field and allowed to enter a magnetic field B, where it is deflected in a semi-circular path of radius R = 10 cm. The magnetic field is uniform of magnitude B = 16 T and oriented out of the page. L a. What is the sign of the charge on the particle? b. What is the acceleration of the particle in the magnetic field? C. What is the ratio between the charge and mass of the particle q/m? d. What is the direction of the accelerating electric field? e. What is the accelerating voltage of the electric field? Ositive be the fu is downwards. k=v² ma r 2 C = (5.9x107)² nl nompels edi in nonsisted to atingem oris visas's in 16 m/s 2 m = 3.481 e 16 m/ M Sup
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how would you do part c of this? this is a non graded practice worksheet
Transcribed Image Text:8. In a mass spectrometer a charged particle is accelerated to a velocity v = 5.9 107 m/s by an electric field and
allowed to enter a magnetic field B, where it is deflected in a semi-circular path of radius R = 10 cm. The
magnetic field is uniform of magnitude B = 16 T and oriented out of the page.
a.
What is the sign of the charge on the particle?
nivello)
b. What is the acceleration of the particle in the magnetic field?
c)
C. What is the ratio between the charge and mass of the particle q/m?
d. What is the direction of the accelerating electric field?
e. What is the accelerating voltage of the electric field?
downwards.
a) positive be the FM is
ac
^c = 3,481 e 16 m/s ²
1.67 X 16-27
ac=v²
V
2
=(5.9x107) al norpels sur le nettsted to atingem oris 1953 in the
1.04.4
m
m/s²
M
avate
dup
B
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