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The A parallel-plate capacitor with a plate separation d and length I has a capacitance CO in the absence of a dielectric. A substance with a dielectric constant K was placed at a distance x within the capacitor. a.) b.) potential difference is AV, c.) () Assume that the potential difference of AV is constant, find the direction and magnitude of the force acting on the dielectric. Omit the effects of friction and edge. Find the equivalent capacity of the device, Find the energy stored in the capacitor, If the K

The A parallel-plate capacitor with a plate separation d and length I has a capacitance CO in the absence of a dielectric. A substance with a dielectric constant K was placed at a distance x within the capacitor. a.) b.) potential difference is AV, c.) () Assume that the potential difference of AV is constant, find the direction and magnitude of the force acting on the dielectric. Omit the effects of friction and edge. Find the equivalent capacity of the device, Find the energy stored in the capacitor, If the K

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The A parallel-plate capacitor with a plate separation d and length I has a capacitance CO in the absence of a dielectric. A substance with a dielectric constant K was placed at a distance x within the capacitor. a.) b.) potential difference is AV, c.) () Assume that the potential difference of AV is constant, find the direction and magnitude of the force acting on the dielectric. Omit the effects of friction and edge. Find the equivalent capacity of the device, Find the energy stored in the capacitor, If the K
Transcribed Image Text:The A parallel-plate capacitor with a plate separation d and length I has a capacitance CO in the absence of a dielectric. A substance with a dielectric constant K was placed at a distance x within the capacitor. a.) b.) potential difference is AV, c.) () Assume that the potential difference of AV is constant, find the direction and magnitude of the force acting on the dielectric. Omit the effects of friction and edge. Find the equivalent capacity of the device, Find the energy stored in the capacitor, If the K
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