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Byju's Answer
Standard XII
Physics
Misconceptions about PE
The potential...
Question
The potential energy of an object of mass m moving in xy plane in a conservative field is given by ∪=ax+by, Where x and y are position coordinates of the object.Find magnitude of its acceleratio
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Q.
The potential energy of an object of mass
m
moving in
x
y
plane in a conservative field is given by
u
=
a
x
+
b
y
, where
x
and
y
are position coordinates of the object. Find magnitude of its acceleration.
Q.
A particle of mass
m
is moving in a field where the potential energy is given by
U
(
x
)
=
U
0
(
1
−
cos
a
x
)
, where
U
0
and
a
are positive constants and
x
is the displacement from mean position. Then (for small oscillations):
Q.
The potential energy (in joule) of a body of mass
2
kg
moving in the
x
−
y
plane is given by
U
=
6
x
+
8
y
, where the position coordinates
x
and
y
are measured in metres. The body is at rest at point
(
6
m
,
4
m
)
at time
t
=
0
. It will cross the
y
−
axis at time
t
equal to
Q.
The potential energy for a conservative force system is given by
U
=
a
x
3
−
b
x
, where
a
and
b
are constants. Choose from the options, the correct
x
coordinate(s) of the equilibrium position(s).
Q.
The potential energy of a conservative system is given by
U
=
A
x
2
−
B
x
, where
x
represents the position of the particle.
A
and
B
are positive constants. Then
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