Equal to the time derivative of angular momentum, it arises when forces are applied at a distance from the center of mass.
Equal to the time derivative of angular momentum, it arises when forces are applied at a distance from the center of mass. In machines it can be measured with a dynamometer. Also equal to the cross product of the dipole moment and the magnetic field for a current-carrying coil, the net amount of it sums to zero in any kind of statics problem. Defined as the cross product of a force and its lever arm, for 10 points, name this quantity, the rotational analog of force.
Equal to the time derivative of angular momentum, it arises when forces are applied at a distance from the center of mass.
{torque}