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Inducción y Ley de Faraday

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Inducción y Ley de Faraday

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About this activity

EMF y flujo magnético

Created by

Jenny Flores
Jenny Flores
Ecuador

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Inducción y Ley de Faraday
 

Inducción y Ley de FaradayOnline version

EMF y flujo magnético

by Jenny Flores
1

¿Qué expresa la ley de Faraday sobre el EMF inducido?

2

Según Lenz, ¿hacia dónde apunta la dirección del EMF inducido?

3

Si aumentas el campo magnético en N vueltas de una bobina, ¿cómo cambia el EMF?

4

Qué ocurre si mueves un imán respecto a una espira?

5

¿Qué es el flujo magnético ΦB?

6

Ejemplo típico de aplicación de Faraday?

7

¿Qué indica la parte negativa de la ley de Faraday?

Explicación

El EMF es la tasa de cambio del flujo magnético y su signo indica oposición al cambio.

La dirección del EMF genera una corriente que opondrá el cambio que la produjo.

El EMF es mayor con más vueltas y con mayor tasa de cambio de flujo.

Movimiento relativo produce dΦ/dt y EMF según Faraday.

El flujo es producto de campo, área y ángulo entre ellos.

Los generadores convierten energía mecánica en eléctrica gracias a la inducción.

La señal negativa obedece a Lenz y conserva la energía.

 
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