Implementación de un circuito RLC en el laboratorio remoto VISIR para el trabajo experimental en física

Authors

  • Kendall Ugalde Castro
  • José Picado Madrigal
  • María Gabriela Campos Fernández
  • Eduardo Arias Navarro
  • Fiorella Lizano-Sánchez
  • Carlos Arguedas-Matarrita

Keywords:

RLC circuits, Remote laboratories, Hake’s factor, Concentration’s factor, T-test

Abstract

During the pandemic the universities established the Emergency Remote Teaching, in experimental activities they used Remote Laboratories, one of the most important is Virtual Instrument Systems in Reality (VISIR), in one of these laboratories a series of RLC circuits were implemented, this paper presents the results of the use of these circuits through the VISIR of the UNED in two physics courses at the University of Costa Rica. A conceptual test was applied to determinate the conceptual gain by Hake’s factor, as well as the distribution generated by Bao and Redish (2021) concentration’s factor. Descriptive statistics were also used as a hypothesis test (t-test in this case). The results were positives since the Hake’s factor analyzed shows values in the medium gain zone (0.3 ≤ ???? < 0.7), the Bao and Redish (2021) concentration’s factor shows a vector projected towards the correct model (HH) and the alternative hypothesis is accepted in most cases in the t-test. Among the conclusions, it is highlighted that the LR used allows promoting experimental work in the post-pandemic

Published

2022-12-21

How to Cite

Ugalde Castro, K. ., Madrigal, . J. P. ., Campos Fernández, M. G. ., Arias Navarro, . E. ., Lizano-Sánchez, F. ., & Arguedas-Matarrita, C. . (2022). Implementación de un circuito RLC en el laboratorio remoto VISIR para el trabajo experimental en física. Journal of Physics Teaching, 34, 353–361. Retrieved from https://revistas.unc.edu.ar/index.php/revistaEF/article/view/39828

Issue

Section

Trabajos presentados a SIEF