the electric flux enclosed by a concentric spherical Gaussion surface

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In a region of space having a spherical symmetric distribution of charge , the electric flux enclosed by a concentric spherical Gaussion surface, varies with radius r as ϕ={ϕ 0r^2/R^3, r≤R ϕ0 , <R where R and ϕ0 are the constants.
17
Sep
In a region of space having a spherical symmetric distribution of charge , the electric flux enclosed by a concentric spherical Gaussion surface, varies with radius r as ϕ={ϕ 0r^2/R^3, r≤R ϕ0 , <R where R and ϕ0 are the constants. <R where R and ϕ0 are the constants. In a region of space having [...]
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Tags: <R where R and ϕ0 are the constants. , In a region of space having a spherical symmetric distribution of charge , r≤R ϕ0 , the electric flux enclosed by a concentric spherical Gaussion surface , varies with radius r as ϕ={ϕ 0r^2/R^3 ,