Question -3 down the electric flux (Ø) in terms of charge qenc , and ɛo . (b) Write down the electric flux (Ø) in terms of charge qenc , and ɛo permittivity constant, & qenc is the enclosed charge by the surface. In the given Figure there are two charges positive charge +q and negative charge -q . In the figure four closed surfaces (only cross-sections are shown) S1 , S2 , S3 , and S4 are shown. These closed surfaces are (a) Write . Eo is the called Gaussian Surfaces. (c) Determine the electric flux through four closed surfaces S1, S2 , S3 , and S4.

Question -3 down the electric flux (Ø) in terms of charge qenc , and ɛo . (b) Write down the electric flux (Ø) in terms of charge qenc , and ɛo permittivity constant, & qenc is the enclosed charge by the surface. In the given Figure there are two charges positive charge +q and negative charge -q . In the figure four closed surfaces (only cross-sections are shown) S1 , S2 , S3 , and S4 are shown. These closed surfaces are (a) Write . Eo is the called Gaussian Surfaces. (c) Determine the electric flux through four closed surfaces S1, S2 , S3 , and S4.