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Question

As one penetrates through uniformly charged conducting sphere, what happens to the electric field strength:

A
decreases inversely as the square of the distance
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B
decreases inversely as the distance
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C
becomes zero
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D
increases inversely as the square of distance
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Solution

The correct option is C becomes zero
In a conducting material, all charge resides on the surface. Thus, any Gaussian surface inside the sphere encloses zero charge, resulting in zero field.

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