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Three identical large metal plates of area A are separated by distances d and 2d from each other, as shown in the figure. The top metal plate is uncharged, while other metal plates have charges +Q and –Q. Top and bottom metal plates are connected by switch S through a resistor of unknown resistance. What is the energy (in mJ) dissipated in the resistor when the switch is closed and steady state is achieved?Given: ϵ0Ad=6 μF,Q=60 μC

Answer» Three identical large metal plates of area A are separated by distances d and 2d from each other, as shown in the figure. The top metal plate is uncharged, while other metal plates have charges +Q and Q. Top and bottom metal plates are connected by switch S through a resistor of unknown resistance. What is the energy (in mJ) dissipated in the resistor when the switch is closed and steady state is achieved?



Given: ϵ0Ad=6 μF,Q=60 μC








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