The electric field intensity near to surface of charged conductor
A. Is directed along the surface
B. is directed normal to the surface
C. depends upon local radius of curve
D. depends upon surface charge density at the point

A,B

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B,C,D

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A,C

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A,D

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Solution

The correct option is B B,C,D
$\to E = \frac{σ}{ϵ_{0}}^n$
This field is always directed normal to the surface and depends upon local radius of curve and surface charge density at the point.

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The electric field intensity near to surface of charged conductor A. Is directed along the surface B. is directed normal to the surface C. depends upon local radius of curve D. depends upon surface charge density at the point

The correct option is B B,C,D→E=σϵ0^n This field is always directed normal to the surface and depends upon local radius of curve and surface charge density at the point.

The electric field intensity near to surface of charged conductor
A. Is directed along the surface
B. is directed normal to the surface
C. depends upon local radius of curve
D. depends upon surface charge density at the point

The correct option is B B,C,D
$\to E = \frac{σ}{ϵ_{0}}^n$
This field is always directed normal to the surface and depends upon local radius of curve and surface charge density at the point.