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Byju's Answer
Standard X
Physics
AC Generator
Velocity and ...
Question
Velocity and acc. of a charged particle moving in a magnetic field at some ins†an t are v=3i+4j and a=2i+xj then a.x=-1.5b.magnetic field along z axis c. kinetic energy cons†an t d. 3 options correct
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Q.
Velocity and acceleration vectors of a charged particle moving in a magnetic field at some instant are
→
v
=
3
^
i
+
4
^
j
and
→
a
=
2
^
i
+
x
^
j
(Select the correct alternative(s).
Q.
Velocity and acceleration vector of a charged particle moving in a magnetic field at some instant are
→
v
=
3
^
i
+
4
^
j
and
→
a
=
2
^
i
+
x
^
j
. Select the correct options.
Q.
A particle of charge
−
16
×
10
−
18
C
moving with velocity
10
ms
−
1
along the X-axis enters region where a magnetic field of induction
B
is along the Y-axis and an electric field of magnitude
10
4
V/m
is along the negative Z-axis. If the charged particle continues moving along the X-axis, the magnitude of
B
is -
Q.
Velocity and acceleration vectors of a charged particle moving in a magnetic field at some instant are
→
v
=
3
^
i
+
4
^
j
and
→
a
=
2
^
i
+
x
^
j
(Select the correct alternative(s).
Q.
In a certain region there exist a uniform electric field
→
E
and a uniform magnetic field
→
B
both directed along z-axis. A particle of charge
Q
and mass
m
is projected at time
t
=
0
with a velocity
v
0
along
x
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t
.
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