parelectronomy (Meaning)

Webster

parelectronomy (n.)

A condition of the muscles induced by exposure to severe cold, in which the electrical action of the muscle is reversed.

Synonyms & Antonyms of parelectronomy

No Synonyms and anytonyms found

parelectronomy Sentence Examples

  1. The parelectronomy of the system revealed a consistent pattern of odd-even alternation in the number of electrons.
  2. The electron configuration of the atom exhibited a parelectronomy, indicating the presence of an unpaired electron.
  3. The parelectronomy of the molecule rendered it highly reactive due to the availability of unpaired electrons.
  4. The scientist discovered that the parelectronomy of the compound was responsible for its characteristic magnetic properties.
  5. The parelectronomy of the material provided evidence for the presence of free radicals within its structure.
  6. The researchers employed spectroscopic techniques to determine the parelectronomy of the sample and identify its chemical composition.
  7. The parelectronomy of the ion was influenced by the surrounding environment and varied under different conditions.
  8. The parelectronomy of the organic compound contributed to its role as a potent antioxidant.
  9. The parelectronomy of the catalyst enhanced its efficiency by providing active sites for the reaction.
  10. The investigation into the parelectronomy of the protein yielded insights into its biological function and mechanisms.

FAQs About the word parelectronomy

A condition of the muscles induced by exposure to severe cold, in which the electrical action of the muscle is reversed.

No synonyms found.

No antonyms found.

The parelectronomy of the system revealed a consistent pattern of odd-even alternation in the number of electrons.

The electron configuration of the atom exhibited a parelectronomy, indicating the presence of an unpaired electron.

The parelectronomy of the molecule rendered it highly reactive due to the availability of unpaired electrons.

The scientist discovered that the parelectronomy of the compound was responsible for its characteristic magnetic properties.