A constant torque of 100N-m turns a wheel of moment of inertia 50kg-msq about an axis through its center. Its angular velocity after 5 seconds is (in rad/sec)

A constant torque of 1000 N-m turns a wheel of moment of inertia 200 kg-m^2 about an axis through its centre. Its angular velocity after 3 seconds is.

A constant torque of 400Nm turns a wheel of moment of inertia 100kg m^(2) about an axis through its centre. The angular velocity gained in 4 second is

A constant torque of 200 Nm turns a wheel of moment of inertia 50 kg m^(2) about an axis through its centre. The angualr velocity 2 sec after staring form rest (in rad/sec) would be :

If a constant torque of 500 Nm turns a wheel of moment of inertia 100 kg m^(2) about an axis through its centre, find the gain in angular velocity in 2s.

If a constant torque of 500 N-m turns a wheel of moment of inertia 100 kg m^(2) about an axis passing through its centre, find the gain in angular velocity in 2 s .

A costant torque of 400 N turns a flywheel at rest and of "M.I. 100 kgm"^(2) about an axis through its centre. What is the change in its angular velocity in 4 s?

The moment of an inertia about an axis of a body which is rotating with angular velocity "1rad s"^(-1) is numerically equal to

A torque of 50 N-m acting on a wheel at rest rotates it through 200 rad in 5 sec. Its angular acceleration is -