A charge q is in a sphere and the electric flux leaving out is q- 0 How much would be the charge in the electric flux on reducing the radius to its half-

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Question

A charge $q$ is in a sphere and the electric flux leaving out is $\frac{q}{ε_{0}}$ How much would be the charge in the electric flux on reducing the radius to its half?

Becomes

4

times the initial value

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Becomes

\frac{1}{4}

the initial value

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Becomes half of the initial value

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Remains uncharged

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Solution

The correct option is A Remains uncharged
Remains uncharged
Leaving out electric flux does not depend on radius.

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A charge q is in a sphere and the electric flux leaving out is qε0 How much would be the charge in the electric flux on reducing the radius to its half?

The correct option is A Remains unchargedRemains unchargedLeaving out electric flux does not depend on radius.

A charge $q$ is in a sphere and the electric flux leaving out is $\frac{q}{ε_{0}}$ How much would be the charge in the electric flux on reducing the radius to its half?

The correct option is A Remains uncharged
Remains uncharged
Leaving out electric flux does not depend on radius.