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Dissectible Capacitor 

TSG Physics
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Leyden Jars, an early style of capacitor, can be connected to the two electrodes of the Wimshurst Machine. They will store charge as it is generated, giving a much stronger spark across the gap.
Next we have a three-piece dissectible Leyden Jar consisting of two metal cups separated by a glass cup. When charged with the Wimshurst machine, we see by touching it with the shorting rod that it holds a large amount of charge. However, when disassembled, the metal cups can be brought into contact with each other and no spark will be generated. When the jar is reassembled it can then be discharged. This demonstrates that, in this situation, the charge actually resides on the surface of the glass (a dielectric), not on the metal.

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12 сен 2024

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Комментарии : 3   
@TSGPhysics
@TSGPhysics 12 лет назад
Great question. In this case, charges are being held on the surface of the glass, but usually dielectrics DO NOT store charge. In short, water has adsorbed onto the surface of the glass from the atmosphere and the charges adhere to the water molecules when the metal cups are removed. If this were a perfect scenario, the all of the charge would remain on the metal cups. So, in a sense, this is an anti-demonstration because it shows the opposite of what should happen. Oh well, still neat!
@seachangeau
@seachangeau 5 лет назад
where 's te question?
@seachangeau
@seachangeau 5 лет назад
this is so weird - no wonder cats hate water
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