Two particles with charges q, = -2q , 92 = +q and masses m, = m, m2 = 2m are travelling with the velocities i, = 2v and i2 = 23 lying in the xy plane. The particles simultaneously enter at time t=0 into a region of uniform magnetic field B which is perpendicular to the xy plane and is directed in the negative z direction, as shown figure. Assume that the paths of particles do not intersect as they travel in the magnetic field. Also assume that the gravitational and electrical forces are negligible. If R is the radius of the path of q, and R, is the radius of the path of q, in the magnetic field; find the ratio of %3D x x x x %3D m1 x x x x x x x x x X x m2 R1
Two particles with charges q, = -2q , 92 = +q and masses m, = m, m2 = 2m are travelling with the velocities i, = 2v and i2 = 23 lying in the xy plane. The particles simultaneously enter at time t=0 into a region of uniform magnetic field B which is perpendicular to the xy plane and is directed in the negative z direction, as shown figure. Assume that the paths of particles do not intersect as they travel in the magnetic field. Also assume that the gravitational and electrical forces are negligible. If R is the radius of the path of q, and R, is the radius of the path of q, in the magnetic field; find the ratio of %3D x x x x %3D m1 x x x x x x x x x X x m2 R1
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Transcribed Image Text:Two particles with charges q, = -2q, 92 = +q
and masses m, = m, m2 = 2m are travelling with
the velocities , = 2v and i, = 23 lying in the xy
plane. The particles simultaneously enter at time
t=0 into a region of uniform magnetic field B which
is perpendicular to the xy plane and is directed in
the negative z direction, as shown figure. Assume
that the paths of particles do not intersect as they
travel in the magnetic field. Also assume that the
gravitational and electrical forces are negligible. If
R, is the radius of the path of q, and R, is the
radius of the path of q, in the magnetic field; find
the ratio of
x x x x
m1
X X
x x XX
m2
To
Transcribed Image Text:1/7
1/3
1/4
D.
1/2
1/5
E.
A,
CI
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