A solid cylindrical unchanged conductor of radius r and length l is placed in a region of space where a uniform electric field E- exits- The electric field inside the conductor due to the charge induced on its surface is -

The correct option is C E⃗ The electric field inside a conductor placed #10;in uniform electric field is Zero. As the charge induced on the cylinder wi ...

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Standard VII

Physics

Electric Current and Electric Cell

A solid cylin...

Question

A solid cylindrical unchanged conductor of radius $r$ and length $l$ is placed in a region of space where a uniform electric field $\to E$ exits. The electric field inside the conductor due to the charge induced on its surface is :

\to E

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2 \to E

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- \to E

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- 2 \to E

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Solution

The correct option is C $- \to E$
The electric field inside a conductor placed in uniform electric field is Zero. As the charge induced on the cylinder will create an opposing electric field which will cancel the electric field in which it is placed. Hence the electric field due to induced charge is $- \to E$

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A solid cylindrical unchanged conductor of radius r and length l is placed in a region of space where a uniform electric field →E exits. The electric field inside the conductor due to the charge induced on its surface is :

A solid cylindrical unchanged conductor of radius $r$ and length $l$ is placed in a region of space where a uniform electric field $\to E$ exits. The electric field inside the conductor due to the charge induced on its surface is :