For ten points, name this quantity, whose magnitude is also equal to rotational inertia times angular acceleration, the rotational analogue of force.
This vector quantity has the same dimensions as the scalar work, and is given by the cross product of the vector representing position and the vector representing force acting on the mass. For ten points, name this quantity, whose magnitude is also equal to rotational inertia times angular acceleration, the rotational analogue of force.
This vector quantity has the same dimensions as the scalar work, and is given by the cross product of the vector representing position and the vector representing force acting on the mass.
{torque}