ELECTRICAL ELASTANCE Meaning and
Definition
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Electrical elastance refers to a fundamental property of electrical circuits that measures their ability to store energy in an electric field when subjected to an applied voltage. It is analogous to electrical capacitance, which represents the ability of a circuit to store electric charge. In other words, electrical elastance quantifies a circuit's ability to store and release electrical energy.
Specifically, electrical elastance describes the change in the electric displacement (D) or polarization (P) of a circuit per unit change in the applied electric field (E). It represents the inverse of electrical capacitance and is denoted by the symbol B.
Mathematically, electrical elastance can be expressed as B = (dD/dE) or B = (dP/dE), where d represents the derivative or rate of change. The unit of electrical elastance is farad per volt (F/V).
The concept of electrical elastance is typically used in the study of dielectric materials and capacitors. It helps to characterize the behavior of these devices under different electric field conditions and provides insights into their energy storage capabilities and response to varying voltages.
Overall, electrical elastance plays a crucial role in electrical engineering and physics, enabling the understanding and design of various electrical systems and devices that involve energy storage and electric field interactions.
Common Misspellings for ELECTRICAL ELASTANCE
- wlectrical elastance
- slectrical elastance
- dlectrical elastance
- rlectrical elastance
- 4lectrical elastance
- 3lectrical elastance
- ekectrical elastance
- epectrical elastance
- eoectrical elastance
- elwctrical elastance
- elsctrical elastance
- eldctrical elastance
- elrctrical elastance
- el4ctrical elastance
- el3ctrical elastance
- elextrical elastance
- elevtrical elastance
- eleftrical elastance
- eledtrical elastance
Etymology of ELECTRICAL ELASTANCE
The word "electrical elastance" is derived from two main terms: "electrical" and "elastance".
The term "electrical" refers to electricity, which comes from the Latin word "electricus", meaning "resembling amber". Amber is a fossilized tree resin that, when rubbed with certain materials, can create static electricity. The term "electricus" was coined by English scientist William Gilbert in the 17th century to describe this phenomenon.
"Elastance" is the combination of the words "elastic" and "resistance". "Elastic" comes from the Latin word "elastica", meaning "flexible" or "able to spring back". "Resistance" refers to the opposition or hindrance to the flow of electricity in a circuit.
