" A change of "8.85C" is placed at the centre of a spherical Guassion surface of radius "5cm" .The electric flux through the surface "

A charge of 8.85 C is placed at the centre of a spherical Gaussian surface of radius 5cm .The electric flux through the surface ..

A charge of 5C is placed at the curve of a spherical gaussian of radius 5cm the electric flux through the surface is (1)/(epsilon_(0)) times of

An electric charge of 8.85 xx 10^(-13)C is placed at the centre of a sphere of radius 1 m. The electric flux through the sphere is

A charge 'Q' is placed at the centre of a hemispherical surface of radius 'R'. The flux of electric field due to charge 'Q' through the surface of hemisphere is

A charge 10 muC is placed at the centre of a hemisphere of radius R = 10 cm as shown. The electric flux through the hemisphere (in MKS units)is

A charge q is placed at the centre of a cylinder of radius R and length 2R. Then electric flux through the curved surface of the cylinder is

A point charge 4muC is at the centre of a cubic Gaussian surface 10 cm on edge. Net electric flux through the surfaceis

A positive charge of 17.7 muC is placed at the centre of a hollow sphere of radius 0.5m . Calculate the flux density through the surface of the sphere.

A point charge of 4.427 mu C is at the centre of a cube Gaussian surface 9.0 cm on the edge. Find the net electric flux through the surface. ( epsilon_0=8.854xx10^(-12)C^2 N^(-1) m^(-2) )