SOLUTION OF THE EIGENVALUE PROBLEM FOR OSCILLATIONS IN THE SECTION OF MECHANICS OF PHYSICS BASED ON SYSTEM ANALYSIS

Abstract

The essence of system analysis is the ability to solve complex systemic problems based on the theory, principles and methods of system analysis. Based on this, the purpose of system analysis is to achieve a result by choosing from various options and effectively using available resources. Goal formulation, structuring and analysis are the main and primary tasks of system analysis and are inextricably linked with the methods and approaches to achieving the goal. Goal definition is presented as a problem solving scheme: Z>F>S>P, where Z is a subjective goal, P is an objective goal. The uncertainty and alternativeness of the goal (Z) suggests many paths, which, in turn, leads to many results. Goal definition is an extremely important process within the methodology of system analysis. Knowledge, experience and analysis play an important role in this process. One of the main goals of the modern education system is to create a system for educating highly cultured individuals who are able to think systematically and solve complex problems within the framework of large-scale reforms carried out in our country. In this regard, this article explains the essence of a systems approach to teaching physics based on systems analysis of the mechanics section.