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jperentosh
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In conductors, how does the excess of positive charge distribute itself across the surface of the material?
HowlerMonkey said:Hole charges?
The distribution of positive charge in conductors is not uniform. It is higher on the surface of the conductor and decreases towards the center. This is due to the repulsion between like charges causing them to spread out as far as possible.
The distribution of positive charge in conductors is not uniform because of the repulsion between like charges. This phenomenon is known as the "skin effect" and is a result of the electric field within the conductor.
The shape of a conductor can greatly affect the distribution of positive charge. For example, a sphere has a more uniform distribution of charge compared to a cylinder, where the charge is more concentrated at the ends.
Yes, the distribution of positive charge is affected by the material of the conductor. Different materials have different abilities to conduct electricity and thus can impact the distribution of charge. For example, a highly conductive material like copper will have a more uniform distribution of charge compared to a less conductive material like rubber.
Yes, the distribution of positive charge in conductors can be manipulated through the use of external forces such as applying an electric field or changing the shape of the conductor. This can be useful in applications such as electronic circuits where the distribution of charge needs to be precisely controlled.