Electromagnetismo
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)
El electromagnetismo es la parte de la electricidad que estudia la relación entre los fenómenos eléctricos y los fenómenos magnéticos. Los fenómenos eléctricos y magnéticos fueron considerados como independientes hasta 1820, cuando su relación fue descubierta por casualidad.
Así, hasta esa fecha el magnetismo y la electricidad habían sido tratados como fenómenos distintos y eran estudiados por ciencias diferentes. Sin embargo, esto cambió a partir del descubrimiento que realizó Hans Chirstian Oersted , observando que la aguja de una brújula variaba su orientación al pasar corriente a través de un conductor próximo a ella. Los estudios de Oersted sugerían que la electricidad y el magnetismo eran manifestaciones de un mismo fenómeno: las fuerzas magnéticas proceden de las fuerzas originadas entre cargas eléctricas en movimiento.
Ejemplos de ondas electromagnéticas son:
• Las señales de radio y televisión
• Ondas de radio provenientes de la Galaxia
• Microondas generadas en los hornos microondas
• Radiación Infraroja provenientes de cuerpos a temperatura ambiente
• La luz
• La radiación Ultravioleta proveniente del Sol , de la cual la crema antisolar nos proteje la piel
• Los Rayos X usados para tomar radiografías del cuerpo humano
• Ondas de radio provenientes de la Galaxia
• Microondas generadas en los hornos microondas
• Radiación Infraroja provenientes de cuerpos a temperatura ambiente
• La luz
• La radiación Ultravioleta proveniente del Sol , de la cual la crema antisolar nos proteje la piel
• Los Rayos X usados para tomar radiografías del cuerpo humano
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEifMsYnLZedldGWnGxoTXnY63uDnPP7740P5CeO-URGIwgxdK9pScxsJzupGacj2j049hz896Q00Ix0ZJwtm0kz3rOU9Vq3GMUGYXQgc-DWtu-30BGz4s_LItMCi-VOqObxJIVsOx-F-ww/s400/diagrama+de+los+elementos+del+electromagnetismo.jpg)
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