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Magnetic Field and Field Lines

A particle wi...

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A particle with specific charges (s) is fired with a speed v toward a wall at a dis†an ce d perpendicular to the wall what minimum magnetic field exist in this region for the particle does not hit the wall

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Q. A particle with a specific charge

s

is fired with a speed

v

towards a wall at a distance

d

, perpendicular to the wall. What minimum magnetic field must exist in this region for the particle not to hit the wall?

Q. A particle with a specific charge

s

is fired with a speed

v

towards a wall at a distance

d

perpendicular to the wall. What minimum magnetic field must exist in this region for the particle to not to hit the wall?

Q. Acceleration experienced by a particle with specific charge

1 \times 10^{7} C / k g

when fired perpendicular to a magnetic field of induction

100 T

with a velocity

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Q. A uniform magnetic field

B \to = B_{0} j

exists in a space . A particle of mass m and charge q is projected towards negative x-axis with speed v from the a point (d,0,0). The maximum vah; v for which the particle does not hit y-z plane is

Q. A uniform magnetic field

\to B = (20^i - 30^j + 50^k) T

exists in the space. A charge particle with specific charge

\frac{10^{3}}{19} C/kg

enters this region at time

t = 0

with a velocity

\to v = (20^i + 50^j + 30^k) m/s

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