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theory of electrolytic dissociation

theory of electrolytic dissociation

7.6
A chemistry idea that acids, bases, and salts split into charged particles in water
  • noun
  • /ˈθiəri əv ˌɪlɛkˈtrɒlɪtɪk dɪˌsoʊsiˈeɪʃən/
  • Specialized
translation icon : teoría de la disociación electrolítica
  • According to the theory of electrolytic dissociation, when table salt is mixed with water, it separates into sodium and chloride ions.

Examples

  • And so it was the theory of electrolytic dissociation that won the Nobel Prize.

  • The theory of electrolytic dissociation helps scientists understand how salts dissolve in water to conduct electricity.

  • Many chemistry courses teach the theory of electrolytic dissociation to explain the behavior of acids and bases in solution.

Synonyms

theory of dissociation
vstheory of electrolytic dissociation
  • Specialized
6.8

An explanation of how acids and bases split into charged particles in water

includes salts and explains electrical conductivity in aqueous solutions
Arrhenius theory of dissociation
vstheory of electrolytic dissociation
  • Specialized
8.5

Acids break into hydrogen ions and bases into hydroxide ions in water, forming salt and water

is broader and also explains salt behaviour and electrical conductivity

Surface Forms

Morphology

theory + of + electrolytic + dissociation

The phrase is compositional: 'theory of' signals an explanation about the following noun, and 'electrolytic' (relating to electrolysis/ions) modifies 'dissociation' (splitting into ions), so a learner who knows those words can infer it is a scientific explanation of dissociation involving electrolytic/ionic processes. It is technical but structurally transparent—understanding precise chemical details requires subject knowledge, but the overall meaning is directly derivable from the constituents.

Etymology

Theory of electrolytic dissociation comes from Arrhenius's idea that some substances break into tiny charged parts when they dissolve in water. Think of electrolytic as 'about electricity' and dissociation as 'breaking apart'—those moving charged bits, called 'ions', carry 'electricity', which is why the theory explains why solutions conduct electricity.