Vol. 11, Special Issue 11, Part A (2025)

Abstract
This study investigates the relationship between key physical parameters governing the behavior of a controlled system under varying external conditions. Through a combination of experimental measurements and theoretical modelling, the research reveals significant trends in energy transfer, response dynamics, and system stability. The experimental data are validated using analytical and numerical models. The results demonstrate strong correlation between predicted and observed values, confirming the applicability of the theoretical framework in explaining real-world physical phenomena. The study contributes toward improving understanding of system behavior in basic and applied physics contexts.