Published by on January 7, 2020
Categories: Literature

Se conoce por autoinducción al fenómeno de origen electromagnético que se presenta en los sistemas físicos, por ejemplo en los circuitos. Pero Henry pronto experimentó exitosamente con la inducción electromagnética y la autoinducción, que fue el fundamento básico para el telégrafo, teléfono. Electricidad, magnetismo, electromagnetismo, inducción electromagnética, autoinducción y corriente alterna. Front Cover. Vicente Bernad. V. Bernard, .

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The Physcis Teacher, Vol. The Physics Teacher, Vol 41, Maypp. Measurements of a magnetic field. Levin Y, da Silveira F. Fraday’s law, Lenz’s law, and conservation of energy.

Bibliografía. Electromagnetismo

The Feynman lectures on Physics on physics. A simple quantitative model. Note on the experimental determination of Coulomb’s law. A different twist on the Lorentz force and Faraday’s law. En el bicentenario de Michael Faraday: Floating metal ring in an alternating magnetic field. European Journal of Physics. The Physics Teacher, Vol 42, March autpinduccion, pp. Trumper R, Gelbman M. A classroom jumping ring.


Forces on the jumping ring. Determination of the self-inductance of a metal ring. Force on the dielectric in parellel plate capacitor.

Simple theory and experiment. Extending Elihu Thomson’s demostration and Lenz’s law. Angular momentum of static electromagnetic fields. Physics Education 43 4 Julypp. Magnetic field due to a solenoid.

Autoinducción & INducción Mutua by Josue Guerrero on Prezi

Analysis of a magnet falling through a conducting tube. Magnetic pressure and tension via the solenoid.

The Physics Teacher, Vol 43, Septemberpp. A, de Dios J. Estimating the Earth’s magnetic field strength with an extension cord. Demostration of Lenz’s law: Parallel plate capacitor at home.

The mass spectrograph revisited. An electrical model of a Carnot cycle.

A surprise twist to a simple capacitor problem. Desmet S, Orban F. Berger R, Schmitt M. Mila K, Boufaida M.


Ideal capacitor and energy conservation. Oscillations of a dipole in a magnetic field: A Newton-Faraday approach to electromagnetic energy and angular momentum storage in an electromechanical electromagneyica.


A more realistic view. The magnetic field along the axis of a long solenoid. A simple experiment to demostrate Coulomb’s law.