A particle of mass m and charge O moves in a cirele, perpendicular to a magnetic field of magnetic flux density B. The graph shows the relationship between the radius of the orbit r and velocity v of the particle. The gradient of the graph is given by Select one: O A. BQm OB. O B. QBm m O C.OB O D. BQ m
A particle of mass m and charge O moves in a cirele, perpendicular to a magnetic field of magnetic flux density B. The graph shows the relationship between the radius of the orbit r and velocity v of the particle. The gradient of the graph is given by Select one: O A. BQm OB. O B. QBm m O C.OB O D. BQ m
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![A particle of mass m and charge O moves in a cirele, perpendicular to a magnetic
field of magnetic flux density B.
The graph shows the relationship between the radius of the orbit r and velocity v
of the particle.
The gradient of the graph is given by
Select one:
O A. BQm
OB.
O B. QBm
m
O C.OB
O D. BQ
m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14e612af-9fcb-4876-932a-ff73170e38eb%2F2350329c-def5-4d16-97a1-b26215510373%2Fou8fjwlf.png&w=3840&q=75)
Transcribed Image Text:A particle of mass m and charge O moves in a cirele, perpendicular to a magnetic
field of magnetic flux density B.
The graph shows the relationship between the radius of the orbit r and velocity v
of the particle.
The gradient of the graph is given by
Select one:
O A. BQm
OB.
O B. QBm
m
O C.OB
O D. BQ
m
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