can a single conductor is treated as a capacitor
Answers
A single conductor also possess capacity to store charge. It may be treated as parallel plate capacitor, whose one plate is at infinity. ... The capacitance C of an isolated conductor is equal to the ratio of the charge on the conductor to the conductor's potential.
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Answer:
Yes, a single conductor is treated as a capacitor.
Explanation:
A single conductor behaves in a manner similar to a capacitor with the second plate set to infinity. As a result, the capacitance of a single conductor is the quantity of charge necessary to increase the conductor's potential by a unit amount. Additionally, a single conductor has the ability to store charge. It can be thought of as a parallel plate capacitor with a zero on one plate. When opposing charges from two conducting materials are drawn together over a dielectric substance, a capacitor is created. Electrostatic forces, which involve the attraction of opposing charges, keep the charges in place. Since all of the charges in a single conductor are already free to move, no electrical forces could be produced in a single conductor. Not charges, but dielectric field, are stored in the condenser.
Therefore, the capacitance of a single conductor is the change needed to elevate its potential by a unit amount.