Equal to the time derivative of angular momentum, For 10 points, identify this rotational analogue of force, also sometimes written as force times distance.
For non-rigid motion, this quantity typically appears on the right-hand side of the Liousville equation, and in the Euler equations it is equal to the omega cross r cross omega plus d r cross omega dt. If this quantity as applied to a rigid body is not constant with respect to time, nutation results, and a constant one will cause free precession, which is proportional to one over the strength of this quantity. Equal to the time derivative of angular momentum, For 10 points, identify this rotational analogue of force, also sometimes written as force times distance.
For non-rigid motion, this quantity typically appears on the right-hand side of the Liousville equation, and in the Euler equations it is equal to the omega cross
{torque}