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Standard XII
Physics
COE in SHM
3.the potenti...
Question
3.the potential energy of a particle of.mass 100 g is moving along x axis byU=5x(x-4),where x is in meters .the period of assilation is
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Q.
The potential energy of a particle of mass
0.1
kg, moving along the x-axis, is given by
U
=
5
x
(
x
−
4
)
J, where
x
is in meters. It can be concluded that
Q.
The potential energy of a particle of mass
0.1
k
g
moving along x-axis, is given by
U
=
5
x
(
x
−
4
)
J
, where
x
is in meters. It can be concluded that
Q.
The potential energy of a particle of mass
0.1
kg
, moving along the
x
−
axis, is given by
U
=
5
x
(
x
−
4
)
J
, where
x
is in meters.
Choose the wrong option(s).
Q.
The potential energy of a particle of mass
0.1
kg
, moving along the
x
−
axis, is given by
U
=
5
x
(
x
−
4
)
J
, where
x
is in meters.
Choose the wrong option.
Q.
The potential energy of a particle of mass
1
kg
moving along the
X
-axis is given by
U
=
4
(
1
+
cos
2
x
)
J
,
where
x
is in meters. Find the time period of small oscillation (in second).
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