A body whose moment of inertia is `3 "kgm"^(2)`, is at rest. It is rotated for 20 s with a moment of force 6 Nm. Find the angular displacement of the body. Also calculate the work done.

A body whose moment of inertia it 3 kg m^(2) is a rest. It is rotated for 20 seconds with a moment of force 6 N.m. Find the agular displacement of the body. Also calculate the work done.

A body whose moment of intertia is 3 kg m^(2) is at rest. It is rotated for 20 s with a moment of force 6 N-m . Find angular displacement of the body. What is work done ?

A body whose moment of inertia is 3 kgm^2 , is at rest . it is rotated for 20 second by torque of 6 Nm. find angular displacement of the body. also calculate the work done.

A body of moment of inertia 3 kg m^2 is at rest, if it is rotated for 20s with moment of force 6 Nm, then the work done will be

A wheel having moment of inertia 2/π^2 kgm^2 is at rest. It is rotated by a 60 W ideal motor for one minute. The angular displacement traversed by the wheel in one minute is

A body of moment of inertia 2kg-m^(2) has a rotational kinetic energy of 4 J. What is the angular momentum of the body ?

A body of moment of inertia 2kg-m^2 has a rotational kinetic energy 4J. What is the angular momentum of the body ?

A door of moment of inertia 4 kg m^(2) is at rest. When a torque of 2 pi Nm acts on it find its angular acceleration. Find also its angular velocity after 1 s.