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3 Aug 2022

In the given picture, the capacitor plate are clamped in the labrotary and connected to a battery, length and width of each plate are l and b respectively, the dielectric experience an attractive force due to non uniform electric field between the capacitor plate the edge of the dielectric, calculate the value of weight of the block for which the dielectric will stay in equilibrium. Here all surface are frictionless

 

In the given picture, the capacitor plate are clamped in the labrotary and connected to a battery, length and width of each plate are l and b respectively, the dielectric experience an attractive force due to non uniform electric field between the capacitor plate the edge of the dielectric, calculate the value of weight of the block for which the dielectric will stay in equilibrium. Here all surface are frictionless

In the given picture, the capacitor plate are clamped in the labrotary and connected to a battery, length and width of each plate are l and b respectively, the dielectric experience an attractive force due to non uniform electric field between the capacitor plate the edge of the dielectric, calculate the value of weight of the block for which the dielectric will stay in equilibrium. Here all surface are frictionless

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