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A capacitor consists of two stationary parallel plates shaped as a semi-circular disc of radius R and a movable plate made of dielectric with relative permittivity, K = 10 and capable of rotating about an axis O between the stationary plates. The thickness of the movable plate is equal to d which is practically the separation between the stationary plates. A potential difference V=√(4dϵ0R2) is applied to the capacitor. Find the magnitude of the moment of forces relative to the axis O acting on the movable plate in the position shown in figure.___ |
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Answer» A capacitor consists of two stationary parallel plates shaped as a semi-circular disc of radius R and a movable plate made of dielectric with relative permittivity, K = 10 and capable of rotating about an axis O between the stationary plates. The thickness of the movable plate is equal to d which is practically the separation between the stationary plates. A potential difference V=√(4dϵ0R2) is applied to the capacitor. Find the magnitude of the moment of forces relative to the axis O acting on the movable plate in the position shown in figure.
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