k Maxwells equations. Differential equations which relate electric and magnetic fields to charges and currents. These were deduced by the British physicist James Clerk Maxwell in 1902. The equations predict that any change in an electric or magnetic force sends electromagnetic waves spreading through space. This theory was proved by the discovery of radio waves in 1888 by Hertz. Editorial Stock Photo - Afloimages
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Maxwell's equations. Differential equations which relate electric and magnetic fields to charges and currents. These were deduced by the British physicist James Clerk Maxwell in 1902. The equations predict that any change in an electric or magnetic force sends electromagnetic waves spreading through space. This theory was proved by the discovery of radio waves in 1888 by Hertz.
ED

Maxwell's equations. Differential equations which relate electric and magnetic fields to charges and currents. These were deduced by the British physicist James Clerk Maxwell in 1902. The equations predict that any change in an electric or magnetic force sends electromagnetic waves spreading through space. This theory was proved by the discovery of radio waves in 1888 by Hertz.

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10588229

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17-11-2010

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