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Standard VIII
Physics
Retardation
A wheel whose...
Question
A wheel whose moment of inertia is 0.03kg m^2 , is accelerated from rest to 20 rad/s in 5 s.When the external torque is removed the wheel stops in 1 min.Find 1) the frictional torque 2)the external torque
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Similar questions
Q.
A wheel whose moment of inertia is
0.03
k
g
m
2
is accelerated from rest to
20
r
a
d
/
s
in
5
s
.
When the external torque is removed, the wheel stops in
1
min. Find
the frictional torque (in
N
m
)
Q.
A wheel whose moment of inertia is
0.03
k
g
m
2
is accelerated from rest to
20
r
a
d
/
s
in
5
s
.
When the external torque is removed, the wheel stops in
1
min. Find
x
, when external torque is
x
×
10
−
2
N
m
.
Q.
A wheel of moment of inertia
5
×
10
−
3
k
g
m
2
is making
20
r
e
v
/
s
. The torque required to stop it in
10
s
is :
Q.
A wheel is rotating with an angular speed of
20 rad/sec. It is stopped to rest by applying a constant torque in 4s
. If the moment of inertia of the wheel about its axis is
0.20
k
g
−
m
2
, then the work done by the torque in two seconds will be
Q.
A wheel whose moment of inertia is
2
k
g
m
2
has an initial angular velocity of
50
rad
s
−
1
A constant torque of 10 N m acts on the wheel. The time in which the wheel is accelerated to
80
rad
s
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is
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