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Electrical elastance
Electrical elastance Electrical elastance is the inverse of capacitance. The SI ... used, this is not approved by SI. Electrical inductor-capacitor-resistor circuits follow differential ...
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Elastance
Elastance This article is about the anatomical term. For the electrical meaning, see electrical elastance. Elastance is a measure of the tendency ...
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Electricity
... movement or flow of electrically charged particles. Electrical energy: energy made available by the flow ... at the temple of Dendera was an electrical device - the so-called Dendera light - although ... Leyden jar, a type of capacitor for electrical energy in large quantities, was invented at ... whose work provided the basis for modern electrical technology. The work of Faraday, Volta, Ampere ... by society, in that fundamental units of electrical measurement are named after them. Volta ...
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Electricity (Engineering wiki)
... movement or flow of electrically charged particles. Electrical energy : energy made available by the flow ... was introduced by Michael Faraday[[10]]. The electrical field force acts between two charges, in ... the work done per unit charge (against electrical forces) in moving a positive point charge ... close to the speed of light . See electrical conduction for more information. Devices that use ... current" - it should be explicitly stated. [edit] Electrical energy Main article: Electrical energy Electrical ...
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Electromagnetism
... flow of electric charge (electric current) in electrical conductors. The magnetic field, on the other ... electromagnetic induction, which underlies the operation of electrical generators, induction motors, and transformers). Similarly, a ... Maxwell's equations Electromagnetic field Electromagnetic radiation Electrical circuits Electrical conduction Electrical resistance Capacitance Inductance Impedance Resonant cavities ...
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Electromagnetism (Engineering wiki)
... flow of electric charge (electric current) in electrical conductors . The magnetic field, on the other ... electromagnetic induction , which underlies the operation of electrical generators, induction motors , and transformers). Similarly, a ... Maxwell's equations Electromagnetic field Electromagnetic radiation Electrical circuits Electrical conduction Electrical resistance Capacitance Inductance Impedance Resonant cavities ...
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Category:Physical quantity
... dose Electric charge Electric field Electric susceptibility Electrical conductance Electrical conductivity Electrical elastance Electrical impedance Electrical resistance Electrochemical gradient Energy ...
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Capacitance
... voltage and current terms. Self-capacitance In electrical circuits, the term capacitance is usually a ... self-capacitance, which is the amount of electrical charge that must be added to an isolated conductor to raise its electrical potential by one volt. The reference point ... pF the planet Earth: about 710 μF Elastance The inverse of capacitance is called elastance, and its unit is the reciprocal ...
http://en.wikipedia.org/wiki/Capacitance - 10k - Cached - Similar pages
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Capacitance (Engineering wiki)
... and current terms. [edit] Self-capacitance In electrical circuits, the term capacitance is usually a ... self-capacitance, which is the amount of electrical charge that must be added to an isolated conductor to raise its electrical potential by one volt. The reference point ... the planet Earth: about 710 μF [edit] Elastance The inverse of capacitance is called elastance , and its unit is the reciprocal ...
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Watt (translated from Japanese)
... as an electric power In field of electrical engineering, electric power = voltage × electric current ... quantity which is decided. As for the electrical outlet and the table tap etc., the ... キ s - 3 キ A - 2 electric electrical resistivity Watt W V キ A = kg ... 2 キ A - 2 キ s - 4 Elastance siemens S Ω - 1 = Kg - 1 キ ...
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