There is a point charge +q inside a hollow sphere and a point charge -q just outside its surface. The total flux passing through the surface of sphere is :

Consider a closed surface of arbitatry shape as shown in figure. Suppose a single charge Q_1 is located at some point within the surface and second charge Q_2 is located outside the surface. a. What is the total flux passing through the surface due to charge Q_1 ? b. What is the total flux passing through the surface due to charge Q_2 ?

Consider a closed surface of arbitatry shape as shown in figure. Suppose a single charge Q_1 is located at some point within the surface and second charge Q_2 is located outside the surface. a. What is the total flux passing through the surface due to charge Q_1 ? b. What is the total flux passing through the surface due to charge Q_2 ?

A charge q is inside a closed surface and charge -q is outside. The out going electric flux is

+ q point charge is placed at the centre of a hemispherical surface. Amount of electrical flux crossing through th surface will be

Charge q_(1) is inside the Gaussain surface , charge q_(2) just outside the surface. Does the electric flux through the surface.Does the electric flux through the surface depend on q_(1) ? Does it depend on q_(2) ? Explain.

A closed surface is vacumm encloses charges -q and +3q . Another charge -2q lies outside the surface. Total electric flux over the surface is

If a charge is enclosed by the surface of the sphere then total flux emitted from the surface will be:

If a charge is enclosed by the surface of the sphere then total flux emitted from the surface will be:

A point charge Q is placed at the centre of a hemisphere. Find the electric flux passing through flat surface of hemisphere.