One theorem states that this quantity with respect to a line normal to a given plane is equal to the sum of it with respect to two perpendicular lines on that plane. This quantity for a solid sphere is equal to two-fifths times mass times radius-squared. The Huygens-Steiner theorem states that this quantity about a certain line is equal to it at the center plus mass times distances squared, and is sometimes called the (*) parallel-axis theorem. Rotational kinetic energy is equal to one-half times this quantity times angular velocity squared, and this quantity times mass is equal to angular momentum. For ten points, identify this rotational an
One theorem states that this quantity with respect to a line normal to a given plane is equal to the sum of it with respect to two perpendicular lines on that plane. This quantity for a solid sphere is equal to two-fifths times mass times radius-squared. The Huygens-Steiner theorem states that this quantity about a certain line is equal to it at the center plus mass times distances squared, and is sometimes called the (*) parallel-axis theorem. Rotational kinetic energy is equal to one-half times this quantity times angular velocity squared, and this quantity times mass is equal to angular momentum. For ten points, identify this rotational analogue of mass, a measure of a body's resistance to changes in its rotation.
One theorem states that this quantity with respect to a line normal to a given plane is equal to the sum of it with respect to two perpendicular lines on that plane.
{moment} of inertia