In the figure shown here, $ A $ is a conducting sphere and $ B $ is a closed spherical surface. If a - $ q $ charge is placed at $ C $ near $ \mathrm{A} $, then the electric flux through the closed surface is-

Question

In the figure shown here, $ A $ is a conducting sphere and $ B $ is a closed spherical surface. If a - $ q $ charge is placed at $ C $ near $ \mathrm{A} $, then the electric flux through the closed surface is-, zero, positive, negative, can not be predicted

MARKS App · Accepted Answer

Given that the figure shown here, A is a conducting sphere and B is a closed spherical surface. If a - q charge is placed at C near A Charge enclosed in Gaussian surface is – v e , so the electric flux ϕ = – v e

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