Find flux through the hemispherical cup due to the charge q placed as shown in figure -

Find flux through the hemispherical surface

Find flux through the hemispherical surface

Find the flux through shaded region, due to charge Q placed at vertex of a cube

Find the electric flux through a cubical surface due to a point charge q placed (a) at centre of one face (b) corner of the cubical box as shown in figures -1.296 below in case (b) find the flux through each face of the cube [q/(2in_(0)),q/(8 in_(0)),q/(24 in_(0)),0]

In front of an earthed conductor a point charge +q is placed a shown in figure

A thin metallic spherical shell contains a charge Q on it. A point charge q is placed at the centre of the shell and another charge q_(1) is placed outside it as shown in figure. All the three charges are positive The force on the charge at the centre is

Find the flux of the electric field through each of the five surfaces of the inclined plane as shown in figure. What is the total flux through the entire closed surface?

A thin metallic spherical shell contains a charge Q on it. A point charge q is placed at the center of the shell and another charge q_1 is placed outside it as shown in the figure. All the three charges are positive. Find the force on the charge a. at centre due to all charges. b. at center due to shell.

The total flux through the faces of the cube with side of length a if a charge q is placed at corner A of the cube is

In figure (a), a charge q is placed just outside the centre of a closed hemisphere. In figure (b), the same charge q is placed just inside the centre of the closed hemisphere and in figure (c), the charge is placed at the centre of hemisphere open from the base. Find the electric flux passing through the hemisphere in all the three cases.