COMPARATIVE ANALYSIS OF ELEMENTARY AND LAGRANGIAN METHODS FOR DETERMINING THE PERIOD OF FREE ELECTROMAGNETIC OSCILLATIONS ON AN IDEAL OSCILLATORY CIRCUIT

Badalov Kodir; Saloydinov Mirjalol; Shuhratov Ogabek

doi:10.5281/zenodo.11080170

Badalov Kodir, Saloydinov Mirjalol, Shuhratov Ogabek

Abstract. The purpose of this article is to show and compare two different approaches to determine the period of free electromagnetic oscillations in an ideal oscillation circuit - elementary and Lagrange method. While the elementary method relies on traditional electrical circuit analysis methods, the Lagrange method approaches the problem from the point of view of classical mechanics. Emphasis is placed on how the relationship between classical electromagnetism and the Lagrangian formalism can be better explained by revealing the basic principles and computational techniques associated with both methodologies

Keywords: electrical oscillations, ideal oscillatory circuit, Lagrange method, classical electromagnetism.

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