Formulas for this quantity are derived from the integral of radius squared with respect to mass.
The precession rate of a gyroscope is equal to Mgr over the product of omega and this quantity, and the term M times h-squared is added to this quantity at the center of mass when using the parallel-axis theorem. Formulas for this quantity are derived from the integral of radius squared with respect to mass. The product of angular velocity and this quantity is equal to angular momentum, and the product of angular acceleration and this quantity is equal to torque. For 10 points, name this angular analogue of mass.
The precession rate of a gyroscope is equal to Mgr over the product of omega and this quantity, and the term M times h-squared is added to this quantity at the center of mass when using the parallel-axis theorem.
Rotational Inertia [accept Moment of Inertia]