The electrical capacity of a flat capacitor is equal to C = 100 pF. Dielectric - porcelain (E = 5). What work does A need to be done to remove the capacitor? Consider two cases: a) the capacitor is charged to a voltage of U = 600 V and is disconnected from the power supply; b) in the process of pulling out the dielectric, the capacitor remains connected to the power source with a voltage of U = 600 V. Friction between the dielectric is neglected. neglect capacitor plates
The electrical capacity of a flat capacitor is equal to C = 100 pF. Dielectric - porcelain (E = 5). What work does A need to be done to remove the capacitor? Consider two cases: a) the capacitor is charged to a voltage of U = 600 V and is disconnected from the power supply; b) in the process of pulling out the dielectric, the capacitor remains connected to the power source with a voltage of U = 600 V. Friction between the dielectric is neglected. neglect capacitor plates
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4. The electrical capacity of a flat capacitor is equal to C = 100 pF. Dielectric - porcelain (E = 5). What work does A need to be done to remove the capacitor? Consider two cases: a) the capacitor is charged to a voltage of U = 600 V and is disconnected from the power supply; b) in the process of pulling out the dielectric, the capacitor remains connected to the power source with a voltage of U = 600 V. Friction between the dielectric is neglected. neglect capacitor plates
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