Abstract

Ryspek Usubamatov

Throughout the centuries, researchers derived several the gyroscope theories for solving gyroscopic effects which manifested by the action of the undiscovered inertial torques. Only one component of the change in the angular momentum was described by L. Euler. The physics of gyroscopic effects are many times harder than could imagine. The torques acting on the rotating objects contain eight interacted components operating by the centrifugal, common inertial, Coriolis forces, and the change in the angular momentum, which entailed by the ratio of the angular velocities of the rotating objects around their axes of motions. This system of inertial torques and the ratio of the angular velocities construct the fundamental principles gyroscope theory.