An isolated metal sphere placed close to a Van de Graaff generator is touched. The net final charge on the sphere is that of the generator.

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The correct option is B opposite to
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Similar questions

What would happen if we touched the metal sphere on the side closer to the Van de Graaff generator?

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. If the potential on the surface of the sphere is

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million volt, the charge accumulated over the surface of the sphere is :

Q. A Van de Graaff generator terminal sphere-shaped to work.

Draw a labelled diagram of Van de Graaff generator. State its working principle to show how introducing a small charged sphere into a larger sphere, a large amount of charge can be transferred to the outer sphere. State the use of this machine and also point out its limitations.

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An isolated metal sphere placed close to a Van de Graaff generator is touched. The net final charge on the sphere is that of the generator.

The correct option is B opposite toWatch the video once again for the solution :P

The correct option is B opposite to
Watch the video once again for the solution :P