2015
DOI: 10.1088/0031-9120/50/4/472
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Physics demonstrations with the Arduino board

Abstract: In everyday praxis we often need to demonstrate measuring devices-such as thermometers, manometers and voltmeters-with large enough displays that they can easily be read from anywhere in the classroom. In some cases, computers with a measurement interface can be used as a substitute, but often this is not possible (for example in the lab or in an outdoor environment). We present a low-cost basis for demonstration devices that can also be used in situ as data loggers or in the classroom as computer interfaces.

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Cited by 52 publications
(28 citation statements)
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“…Students of different ages and intellectual levels can choose between the official Arduino kit, and a series of custom made robotic kits based on the Arduino board. Arduino Education offers a series of different kits, covering students from middle school to university, covering different subjects such as programming, physics, electronics, engineering, and mechatronics [145], [146]. With the increasing complexity of the kits, students can develop their critical thinking, collaborative learning, and problem-solving skills.…”
Section: 'Advanced Code' Roboticsmentioning
confidence: 99%
“…Students of different ages and intellectual levels can choose between the official Arduino kit, and a series of custom made robotic kits based on the Arduino board. Arduino Education offers a series of different kits, covering students from middle school to university, covering different subjects such as programming, physics, electronics, engineering, and mechatronics [145], [146]. With the increasing complexity of the kits, students can develop their critical thinking, collaborative learning, and problem-solving skills.…”
Section: 'Advanced Code' Roboticsmentioning
confidence: 99%
“…The Arduino is an interesting choice for an experiment, as it is an easyto-use and low-cost microcontroller, with a large user community. Even if Arduino was not initially developed as a physicist tool, it can be used in various contexts of experimental physics activities (e.g., see references [5][6][7][8][9][10]). The experimental setup that we used here is shown in Fig.…”
Section: Example Of Experimental Setupmentioning
confidence: 99%
“…Entre los hallazgos más significativos, se destaca que con el uso de estas herramientas los estudiantes pueden tener la oportunidad de realizar actividades a las que no están acostumbrados, como hacer el montaje de diferentes experimentos [8,9,12,17,20,49], conocer software para el procesamiento de datos [8,12,19,22], realizar mediciones en un tiempo más reducido [8,13,14,19,20,48], negociar significados con sus compañeros, además de contar con mayor tiempo para interpretar y analizar el desarrollo de la actividad experimental como tal [8,13,16,22]. Además, entre los propósitos de su implementación, se encuentran propuestas que van más allá de cumplir con un plan de estudios y buscan involucrar [22] a los estudiantes en proyectos interdisciplinares [9,15,17,49] y utilizar estos recursos para que ellos mismos diseñen propuestas innovadoras y que contribuyan con la producción científica [15,18], por lo cual, de acuerdo con Sias y Teixeira [13, p. 360], "se trata de un recurso con grandes potencialidades, no solo en la búsqueda de un aprendizaje más significativo por el alumno, sino también como recurso motivador en la discusión de fenómenos físicos".…”
Section: Educación Básica Y Mediaunclassified