Equipotential Surfaces | Relation Between E & V

Equipotential Surfaces and Dipole

Equipotential Surface || Electric Dipole

Electrostatics Potential Energy||Conservation OF Mechanical Energy || Electric Potential||Relation Between E and V|| Equi Potential Surface

Equipotential Surface||Calculation OF Electric Field When Potential is Given||E & V For Charged Shell||Inside Outside||Potential Energy=q*v

Field potential relation | Equipotential surface | Electric Potential Energy | Self energy of spherical shell

Assertion: The electrostatic force on a charged particle located on a equipotential surface is zero Reason: Compoenents of E along equipotential surface is zero.

Assertion: For a point charfge concentric spheres centered at a location of the charge are equipotential surfaces. Reason : An equipotential surface is a surface over which potential has zero value.

Assertion: Electric field is aways directed perpendicular to an equipotential surface. Reason: Equipotential surface is a surface on which at each point potential is same.

(Figure 3.27) shows equipotential surfaces. What is the direction of electric field vec E at P and R? .