An infinite plane sheet of charge in vacuum has a uniform surface charge density - - The electric field intensity near it is

The correct option is A σϵ _0 Charge density #160; =σ Electric field intensity near it is Using gauss law, λ =σ #160; ϵ #160; _ 0 ...

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Standard XII

Physics

Displacement Current

An infinite p...

Question

An infinite plane sheet of charge in vacuum has a uniform surface charge density $σ$ . The electric field intensity near it is

\frac{σ}{ϵ_{0}}

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\frac{σ}{2 ϵ_{0}}

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\frac{σ}{ϵ}

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\frac{σ}{2 ϵ}

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Solution

The correct option is A $\frac{σ}{ϵ_{0}}$
Charge density $= σ$
Electric field intensity near it is -
Using gauss law,
$λ = \frac{σ}{ϵ_{0}}$

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An infinite plane sheet of charge in vacuum has a uniform surface charge density σ . The electric field intensity near it is

The correct option is A σϵ0Charge density =σElectric field intensity near it is -Using gauss law,λ=σϵ0

An infinite plane sheet of charge in vacuum has a uniform surface charge density $σ$ . The electric field intensity near it is

The correct option is A $\frac{σ}{ϵ_{0}}$
Charge density $= σ$
Electric field intensity near it is -
Using gauss law,
$λ = \frac{σ}{ϵ_{0}}$