Why electric intensity at any point inside a charged conductor is zero?

Potentail at any point inside a charged hollow sphere

Define the term 'electric field intensity'. Electric field inside a conductyor is zero. Explain.

Using Gauss' law, derive expression for the electric field intensity at any point outside a uniformly charged shell Draw the field lines when the charge density of the shell is positive

Using Gauss' law, derive expression for the electric field intensity at any point outside a uniformly charged shell Draw the field lines when the charge density of the shell is negative.

Define electric field intensity at a point.

Electric field is the electrostatic force per unit charge acting on a vanishingly small test charge placed at that point. It is a vector quantity and the electric field inside a charged conductor is zero. Electric flux f is the total number of electric lines of force passing through a surface in a direction normal to the surface when the surface is placed inside the electric field The electric field at a point is

Electric field is the electrostatic force per unit charge acting on a vanishingly small test charge placed at that point. It is a vector quantity and the electric field inside a charged conductor is zero. Electric flux phi is the total number of electric lines of force passing through a surface in a direction normal to the surface when the surface is placed inside the electric field. phi=ointvecE.vec(ds)=q/epsilon_0 The electric field at a point is

Electric field is the electrostatic force per unit charge acting on a vanishingly small test charge placed at that point. It is a vector quantity and the electric field inside a charged conductor is zero. Electric flux phi is the total number of electric lines of force passing through a surface in a direction normal to the surface when the surface is placed inside the electric field. phi=ointvecE.vec(ds)=q/epsilon_0 If there is only one type of charge in the universe, then