A constant external torque 
acts for a very brief period 
on a rotating system having moment of inertia 
, then
a)
The angular momentum of the system will change by 
b)
The angular velocity of the system will change by 
c)
If the system was initially at rest, it will acquire rotational kinetic energy 
d)
The kinetic energy of the system will change by 
A constant external torque acts for a very brief period on a rotating system having moment of inertia , then
a)
The angular momentum of the system will change by
b)
The angular velocity of the system will change by
c)
If the system was initially at rest, it will acquire rotational kinetic energy
d)
The kinetic energy of the system will change by
Question ID - 100599 | SaraNextGen Top Answer
A constant external torque acts for a very brief period on a rotating system having moment of inertia , then
a)
The angular momentum of the system will change by
b)
The angular velocity of the system will change by
c)
If the system was initially at rest, it will acquire rotational kinetic energy
d)
The kinetic energy of the system will change by
|
A constant external torque |
|
|
a) |
The angular momentum of the system will change by |
|
b) |
The angular velocity of the system will change by |
|
c) |
If the system was initially at rest, it will acquire rotational kinetic energy |
|
d) |
The kinetic energy of the system will change by |
|
(a,b,c) Let
For constant torque, Or Rotational kinetic energy |
angular momentum
or
if
