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Standard XII
Physics
Capacitance of Parallel Plate Capacitor
A charged par...
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A charged particle is moving with uniform velocity vj through a uniform magnetic field B(-i) and a uniform electric field E. Then E is
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Q.
A charged particle is moving through uniform magnetic field, then magnetic field :
Q.
A charged particle moves with a constant velocity
(
^
i
+
^
j
)
m
/
s
in a magnetic field
→
B
=
(
2
^
i
+
3
^
k
)
and uniform electric field
→
E
=
(
a
^
i
+
b
^
j
+
c
^
k
)
N
/
C
, then
(
assuming all quantities in S.I. unit
)
:
Q.
A particle moves in a region having a uniform magnetic field and a parallel, uniform electric field. At some instant, the velocity of the charged particle is perpendicular to the field direction. The path of the particle will be
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A charged particle is moving through uniform magnetic field, then in which case will magnetic field exert force on charged particle ?
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A region contains both uniform electric field
→
E
and uniform magnetic field
→
B
. A charge particle
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