Description
For a rotating system to have a static equilibrium, it is necessary that the result of the inertial forces due to the rotation around the axis of rotation be zero. In order to achieve dynamic equilibrium, in addition to inertial forces, the couplings resulting from these forces must also be in equilibrium; Therefore, the above device is designed and built in such a way that students can observe and study all the effective parameters in static and dynamic imbalance, including the presence of weights in a place with different angles or in different areas. The above device has a smooth axis number And perfectly balanced, four weights with different masses and centers of mass, a graduated disk mounted to the end of the shaft and a number of electric motors with a constant rotational speed and a working table.
