Using an Arduino to demonstrate Faraday’s law
A Z L N Bezerra, F M Cabreira, Wélica Patrícia Souza de Freitas, Cícero Cena, Diego C. B. Alves, Diogo Duarte dos Reis, A M B Goncalves
Abstract
A Z L N Bezerra, F M Cabreira, Wélica Patrícia Souza de Freitas, Cícero Cena, Diego C. B. Alves, Diogo Duarte dos Reis, A M B Goncalves
Abstract
Abstract We present a semi-quantitative approach to visualize graphically Faraday’s induction law. Using an Arduino board, we can measure both the magnetic field inside a coil and the electromotive force. When we move a magnet close to the coil, it is possible to see on a graph that the electromotive force rises when the magnetic flux changes.
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Abstract We present a semi-quantitative approach to visualize graphically Faraday’s induction law. Using an Arduino board, we can measure both the magnetic field inside a coil and the electromotive force. When we move a magnet close to the coil, it is possible to see on a graph that the electromotive force rises when the magnetic flux changes.
Key concepts: Faraday cage, Arduino, Law, Mathematics education, Computer science, Physics, Political science, Psychology