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Byju's Answer
Standard IX
Physics
Electric Potential and Potential Difference
In a region, ...
Question
In a region, potential energy of a particle of charge 2C (U in joules) varies with coordinates x, y and z (in m) as U = 2xyz2 + x. The force acting on the charged particle, when it is placed at origin, will be
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Q.
A particle is placed at the origin and a force
F
=
k
x
is acting on it (where,
k
is a positive constant). If
U
(
0
)
=
0
, the graph of
U
(
x
)
versus
x
will be (where
U
is the potential energy function)
Q.
The electric potential (in volt) a region given by
V
=
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−
8
x
y
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−
8
y
+
6
y
z
−
4
x
2
Then electric force acting on a point charge of 2c placed at the origin will be
Q.
The potential energy function of a particle in a region of space is given as
U
=
(
2
x
2
+
3
y
3
+
2
x
)
J
. Here
x
,
y
and
z
are in meters. Find the force acting on the particle at point
P
(
1
m
,
2
m
,
3
m
).
Q.
Potential energy of a particle along
x
−
axis varies as
U
=
−
20
+
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x
−
2
)
2
,
where
U
is in joule and
x
in meter.
State the type of equilibrium at
x
=
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m
.
Q.
A particle is moving in a potential region given by
U
=
K
(
x
2
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+
z
2
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. The force acting on the particle is given by:
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