Two concentric conducting spheres are uncharged, and in the space between them, at a distance...

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Two concentric conducting spheres are uncharged, and in the space between them, at a distance L from the centre, a point charge Q is fixed. The radius of the inner sphere is r and the radius of the outer sphere is R. Now both spheres are connected by a thin conductor.A. The potential difference between spheres in the initial state is kQ(1/L-1/R).B. The final common potential of both the spheres is kQ(1/r-1/L)C. The potential difference between the spheres in the initial state is kQ/RD. A charge of Q ((1/L-1/R)/(1/r-1/R)) will flow through the conductor

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