"Disproportionation" Example Sentences
1. Disproportionation reactions involve an element being both oxidized and reduced.
2. The disproportionation of chlorine gas produces both hydrochloric acid and hypochlorous acid.
3. The disproportionation of hydrogen peroxide results in both water and oxygen gas.
4. The disproportionation of tin(II) chloride produces both tin and tin(IV) chloride.
5. The disproportionation of nitric oxide gas produces both nitrogen gas and nitrogen dioxide gas.
6. The disproportionation of iodine produces both iodide ions and iodate ions.
7. The disproportionation of sulfur dioxide gas produces both sulfuric acid and sulfur.
8. The disproportionation of permanganate ions results in both manganese dioxide and manganese(II) ions.
9. The disproportionation of lead(II) oxide produces both lead and lead(IV) oxide.
10. Disproportionation reactions can occur spontaneously or require a catalyst.
11. The disproportionation of carbon monoxide gas produces both carbon dioxide and carbon.
12. The disproportionation of hydrogen sulfide gas produces both sulfur and water.
13. The disproportionation of silver ions results in both silver metal and silver oxide.
14. The disproportionation of potassium permanganate results in both manganese dioxide and potassium manganate.
15. The disproportionation of bisulfite ions produces both sulfite ions and sulfur dioxide gas.
16. The disproportionation of chlorine dioxide produces both chloride ions and chlorate ions.
17. The disproportionation of cadmium sulfate produces both cadmium metal and cadmium oxide.
18. The disproportionation of hydrogen selenide gas produces both selenium and water.
19. The disproportionation of sodium peroxide results in both sodium oxide and hydrogen peroxide.
20. The disproportionation of ferrate ions produces both iron(III) ions and iron(II) ions.
21. The disproportionation of thiosulfate ions produces both sulfite ions and elemental sulfur.
22. The disproportionation of hydroxylamine produces both ammonia and nitrogen gas.
23. The disproportionation of tellurium dioxide produces both tellurous acid and tellurium metal.
24. The disproportionation of molybdate ions produces both molybdenum metal and molybdenum trioxide.
25. The disproportionation of bromine produces both bromide ions and bromate ions.
26. The disproportionation of chlorine trifluoride produces both chlorine gas and chlorine pentafluoride.
27. The disproportionation of mercury(I) ions produces both mercury and mercury(II) ions.
28. The disproportionation of trimethylamine oxide produces both methylamine and dimethylamine.
29. The disproportionation of chromium(III) ions results in both chromium metal and chromium(VI) oxide.
30. The disproportionation of hydroxyl radicals produces both water and molecular oxygen.
Common Phases
1. The redox reaction resulted in a
disproportionation of the reactant.
2.
Disproportionation occurred when the oxidizing agent was added to the solution.
3. The element underwent a
disproportionation reaction when exposed to heat.
4. The chemical compound exhibited
disproportionation when mixed with water and acid.
5.
Disproportionation is a common occurrence in many oxidation-reduction reactions.