Derivation – Electrostatics

The steps to derive the \(\textbf{Electric Field}\) due to a dipole at any point on its \(\textbf{Axis}\) are given below in a jumbled order. Arrange these steps in the correct sequence to derive the equation.

\(\textbf{Used}\) concepts and formulae: Coulomb’s Law, Vector sum or resolution of vectors, approximation and dipole moment.

The steps to derive the \(\textbf{Electric Field}\) due to a dipole at any point on its \(\textbf{Equatorial plane}\) are given below in a jumbled order. Arrange these steps in the correct sequence to derive the equation.

\(\textbf{Used}\) concepts and formulae: Coulomb’s Law, Vector sum or resolution of vectors, approximation and dipole moment.