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Byju's Answer
Standard XII
Physics
Magnetic Field
If a charged ...
Question
If a charged particle 'q' projected from origin is V=Voi^. In a magnetic field B= -Bok^. Find the value of 'y' if co-ordinate (0,y,0) if is on the path of charged particle.
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Q.
A particle of charge per unit mass
α
is projected from origin with a velocity
→
v
=
v
0
^
i
in a uniform magnetic field
→
B
=
−
B
0
^
k
. If the particle passes through
(
0
,
y
,
0
)
then
y
is equal to
Q.
A uniform electric field
E
in the
y
direction and uniform magnetic field
B
in
x
direction exists in free space. A particle of mass
m
and carrying charge
q
is projected from the origin with speed
v
0
along the
x
−
axis. The speed of particle as a function of
y
co-ordinate will be
Q.
A particle of charge per unit mass \alpha is released from origin with a velocity
¯
V
=
V
_
o
^
i
in a uniform magnetic field
¯
B
=
B
_
0
^
k
. If the particle passes through (0,y,0) then y is equal to
Q.
A charged particle having mass
(
m
)
and charge
(
q
)
is projected from the origin with velocity
v
=
v
0
^
i
in a uniform magnetic field,
B
=
B
0
2
^
i
+
√
3
B
0
2
^
j
pitch of the helical path described by the particle is ?
Q.
A charge particle of specific charge q/m is projected perpendicular to magnetic as well as electric field ‘B' & 'E’.
['E' is parallel to 'B'.]
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