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why do the excess changes of a thin infinite conducting plates spread out evenly on the two faces? Is that just a way to minimize charge repulsion?
A conducting plate is a flat, solid surface made of a material that allows for the flow of electric charges. This material is typically a metal such as copper or aluminum.
A conducting plate is used to carry or distribute electric charges. It can also be used to create a uniform electric field or to shield against electromagnetic interference.
A conducting plate allows for the flow of electric charges, while an insulating plate does not. Insulating materials, such as rubber or plastic, do not allow for the movement of electric charges.
The conductivity of a conducting plate is affected by its material, temperature, and the size and shape of the plate. Materials with higher concentrations of free electrons, such as metals, have higher conductivity.
Conducting plates are commonly used in experiments to study electric fields, charge distribution, and capacitance. They are also used in practical applications such as circuitry, grounding, and electrical shielding.