Abstract:
This article is devoted to the application question to the mechanics of one of the solving problems methods
used in the exact sciences. In the article the structure of the given method is presented, its main components
are highlighted and characterized, the moments on which it is necessary to pay attention are marked and the
main stages of solving the mechanics problems are described. The considered approach to solving problems
in exact sciences is, generally speaking, classical, but the application of this method to a concrete subject area
entails the specific features of the practical application, which are noted in this article. The researching approach
of solving problems is demonstrated for mechanical problems in kinematics and dynamics. The main
attention is focused on the key stages of this method. Theoretical material on kinematics and dynamics is specially
selected and rationally formulated in the necessary brief scope for solving problems. In the classification
of problems of kinematics and dynamics, their main types are given. The schemes for solving the problems
of kinematics and dynamics are formulated in the most general form, but the notes give explanations of
the use of the presented solution schemes for particular cases. The article is focused mainly on mechanics,
physicists and students in technical specialties.
