Linked from

The 11 pages that link to Electric dipole, each with the reason it gives.

• Electric fieldBroader topic: Dipole fields describe molecules and many polarized materials.

• Dipole momentNarrower topic: The molecular quantity extends the electric dipole idea to distributed charges and bonded atoms.

• Rayleigh scatteringRelated: A small particle's induced dipole is the leading source of its scattered radiation.

• Electric potentialBroader topic: Its potential varies with direction and distance, illustrating field superposition.

• Magnetic dipoleCompared with: Its field has similar dipolar geometry but arises from electric charge rather than magnetic sources.

• Dipole–dipole interactionNarrower topic: Permanent molecular dipoles provide the charge distributions whose orientations set this interaction.

• Charge conservationCompared with: A neutral dipole can rearrange internally while preserving its total charge.

• Equipotential surfaceBroader topic: Its curved equipotential surfaces show how nearby fields combine.

• Point chargeBroader topic: It is the simplest finite arrangement built from point charges.

• Electric organRelated: The organ’s field can be approximated as a dipole when its source is small relative to distance.

• EquipotentialBroader topic: Its curved equipotential patterns contrast with the spherical surfaces of an isolated point charge.