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Summary Of: Electric field

The concept of an electric field was introduced by... The electric field is to charge as gravitational... A moving charge has not just an electric field but also a... the electric field is defined as the force it experiences per unit charge... is the electric field wherein the particle is located... this equation only defines the electric field at the places where there are stationary charges present to experience it... which means the electric field in the presence of... the electric field of a given source distribution remains defined in the absence of any charges with which... the electric field created by a given source distribution is defined as the limit as the test charge... This allows the electric field to be dependent on the source distribution alone... the direction of the electric field is the same as the direction of the force it would exert on a positively... the electric field tends to point away from positive charges and towards negative charges... The electric field surrounding a point charge is given by... Illustration of the electric field surrounding a positive... Illustration of the electric field surrounding a positive... Illustration of the electric field surrounding a positive... electric field is dependent on position... The electric field due to any single charge falls off as the square of the distance from that... the total electric field at any point is equal to the... The electric field at a point is equal to the negative... The energy density of the electric field is given by... The total energy stored in the electric field in a given volume V is therefore... Interactive simulation of an electric field of up to four point charges... An applet that shows electric field lines as well as potential gradients...

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This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Electric field".