The moment of inertia of a rigid body is `1.5 kgxxm//s^(2)` and its initial angular velocity is zero. It start rotating with uniform angular acceleration `alpha=20rad//sec^(2))` to achieve a rotational `KE=1200J` find the time requried for this:
A wheel starting from rest,rotates with a uniform angular acceleration of 2rad/s^(2) .Then the number of rotations it performs in tenth second is
Initial angular velocity of a wheel is 2 rad//s .It rotates with a constant angular acceleration of 3.5 rad//s^(2) .Its angular displacement in 2 s is
Moment of inertia of rigid body is equal to _______ the rotational kinetic energy of the body rotating with unit angular velocity about the given axis.
The torque acting is 2000 Nm with an angular acceleration of 2rad//s^(2) . The moment of inertia of body is
Find the angular velocity of a body rotating wilth an acceleration of 2rev/s^2 as it completes the 5th revolution after the start
Moment of inertia of a body about a given axis is 1.5 kg m^(2) . Initially the body is at rest. In order to produce a rotational kinetic energy of 1200 J, the angular acceleration of 20 rad//s^(2) must be applied about the axis for a duration of _________ (in sec).
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 wheel whose moment of inertia is 10kgm^(2) has an initial angular velocity of 20 rad//s . A constant torque of 20 Nm acts on the wheel. The time in which wheel is acceleration to 100 rad//s is
The moment of inertia of a wheel is 1000 kg-m^(2) . At a given instant, its angular velocity is 10 rad//s . After the wheel rotates through an angle of 100 radians the wheel's angular velocity is 100 rad//s . Find the torque applied on wheel.
