dipole molecule
- noun
- /ˈdaɪpoʊl ˈmɒlɪkjuːl/
- Specialized
- Water is a classic example of a dipole molecule because it has a permanent separation of electric charge.
Examples
-
Water is a classic example of a dipole molecule because it has a significant separation of charge.
-
A dipole molecule has both a positive and a negative end.
-
Ammonia acts as a dipole molecule due to the electronegativity difference between nitrogen and hydrogen.
-
The behavior of a dipole molecule in an electric field is different from that of a nonpolar molecule.
-
Water is a common dipole molecule.
-
Ammonia acts as a dipole molecule due to the difference in electronegativity between nitrogen and hydrogen.
-
The behavior of a dipole molecule in an electric field illustrates how its positive and negative ends interact with charges.
Synonyms
Two opposite electric charges or magnetic poles close together
Two equal but opposite electric charges that are close together
A pair of equal electric charges, one positive and one negative, close together like a water molecule
How Polar
Surface Forms
Morphology
The meaning 'a molecule with separated opposite charges' is directly and compositionally derived from 'dipole' (two opposite charges/poles separated) combined with 'molecule' (a bonded atomic unit). This is a literal scientific noun–noun compound following regular compositional patterns, so a learner who knows both constituents can infer the MWE meaning.
Etymology
Dipole molecule describes a tiny molecule with two opposite ends, like a small bar magnet: one end is 'positive' and the other is 'negative'. That's why it turns or moves in an electric field and behaves differently from molecules without opposite ends.