Difference between revisions of "Charging by induction"
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(Created page with "__NOTOC__ Back to 5A - Electrostatics<br> PIRA index: 5A40.10 ==Description== An object A can be charged if it is grounded with another charged object ...") |
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PIRA index: 5A40.10 | PIRA index: 5A40.10 | ||
==Description== | ==Description== | ||
| − | + | Charges redistribute themselves in a conductor under the influence of an external electrostatic field. For example, a positive charge close to a neutral conductor will attract the negative charges in the conductor to the closest surface, leaving the opposite side with a positive charge. | |
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| + | With this principle, an object A can be charged if it is grounded while another charged object B is held close. The induction pushes the charges in the ground. Disconnecting the ground and taking away the charged object B, object A will be left with an opposite charge. The [[electrophorus]] works on that principle. | ||
==Equipment== | ==Equipment== | ||
Revision as of 18:45, 24 January 2018
Back to 5A - Electrostatics
PIRA index: 5A40.10
Description
Charges redistribute themselves in a conductor under the influence of an external electrostatic field. For example, a positive charge close to a neutral conductor will attract the negative charges in the conductor to the closest surface, leaving the opposite side with a positive charge.
With this principle, an object A can be charged if it is grounded while another charged object B is held close. The induction pushes the charges in the ground. Disconnecting the ground and taking away the charged object B, object A will be left with an opposite charge. The electrophorus works on that principle.
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