Two infinite parallel,non- conducting sheets carry equal positive charge density `sigma` ,One is placed in the `yz` plane other at distance `x=a` Take potential `V=0` at `x=0` thenA. For `0 le x le a`, potential `V_(x)=0`B. For `x ge a`, potential `V_(x) = - (sigma)/(epsilon_(0))(x-a)`C. For `x ge a` potential `V_(x)=(sigma)/(epsilon_(0))(x-a)(X-a)`D. For `xle0` potential `V_(X)=(sigma)/(epsilon_(0))x`

Two infinite parallel,non- conducting sheets carry equal positive char

1.	Two infinite parallel,non- conducting sheets carry equal positive charge density `sigma` ,One is placed in the `yz` plane other at distance `x=a` Take potential `V=0` at `x=0` thenA. For `0 le x le a`, potential `V_(x)=0`B. For `x ge a`, potential `V_(x) = - (sigma)/(epsilon_(0))(x-a)`C. For `x ge a` potential `V_(x)=(sigma)/(epsilon_(0))(x-a)(X-a)`D. For `xle0` potential `V_(X)=(sigma)/(epsilon_(0))x`
Answer» Correct Answer - A::B::D

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