Disproportionation in a sentence
Synonym: reaction.
Meaning: A chemical reaction where a species is simultaneously oxidized and reduced; often used in chemistry.
(1) The disproportionation of hydrogen peroxide produces water and oxygen gas.
(2) Disproportionation reactions are often catalyzed by transition metal ions.
(3) Disproportionation reactions can be used to generate energy in fuel cells.
(4) Disproportionation reactions are commonly encountered in organic chemistry.
(5) Disproportionation reactions are important in the field of electrochemistry.
(6) The disproportionation of hydrogen peroxide produces both water and oxygen gas.
(7) Disproportionation reactions can be spontaneous or require external energy input.
(8) Disproportionation reactions are often studied in the context of redox chemistry.
(9) Disproportionation reactions are important in the field of environmental chemistry.
(10) Disproportionation reactions are often studied in the context of chemical kinetics.
Disproportionation sentence
(11) The disproportionation of chlorine dioxide produces both chlorite and chlorate ions.
(12) The disproportionation of nitric oxide produces both nitrogen dioxide and nitrous oxide.
(13) Disproportionation reactions can be used to selectively remove impurities from a mixture.
(14) Disproportionation reactions can be used to generate new compounds with unique properties.
(15) Disproportionation reactions can be influenced by factors such as temperature and pressure.
(16) Disproportionation reactions can be used to synthesize new materials with specific properties.
(17) The disproportionation of iodate ions in an acidic solution yields both iodine and iodide ions.
(18) The disproportionation of hydrogen sulfide can occur in the presence of certain metal catalysts.
(19) The disproportionation of hydrogen bromide can occur in the presence of certain metal catalysts.
(20) The disproportionation of chlorate ions in water yields both chloride ions and perchlorate ions.
Disproportionation make sentence
(21) Disproportionation reactions play a crucial role in the formation of ozone in the Earth's atmosphere.
(22) The disproportionation of nitrous acid results in the formation of both nitric acid and nitric oxide.
(23) The disproportionation of sulfur dioxide in the atmosphere contributes to the formation of acid rain.
(24) The disproportionation of nitrous acid in an acidic solution yields both nitric acid and nitric oxide.
(25) The disproportionation of thiosulfate ions in an acidic solution produces both sulfur and sulfate ions.
(26) The disproportionation of arsenic acid in an acidic solution yields both arsenous acid and arsenic acid.
(27) The disproportionation of sulfide ions in an acidic solution generates both sulfur and hydrogen sulfide.
(28) The disproportionation of iodine pentoxide in water leads to the formation of both iodic acid and iodine.
(29) The disproportionation of chlorine gas results in the formation of both hydrochloric acid and chloric acid.
(30) The disproportionation of nitric oxide results in the formation of both nitrogen dioxide and nitrous oxide.
Sentence of disproportionation
(31) The disproportionation of nitrous acid in water leads to the formation of both nitric acid and nitric oxide.
(32) The disproportionation of iodine in the presence of a strong base generates both iodide ions and iodate ions.
(33) The disproportionation of chlorate ions in an acidic solution produces both chlorine gas and perchlorate ions.
(34) The disproportionation of nitrite ions in an acidic solution generates both nitrate ions and nitrogen dioxide.
(35) The disproportionation of bromine in water leads to the formation of both hydrobromic acid and hypobromous acid.
(36) The disproportionation of hydrogen sulfide in the presence of an oxidizing agent produces both sulfur and water.
(37) Disproportionation reactions occur when a single substance undergoes both oxidation and reduction simultaneously.
(38) The disproportionation of iodide ions in the presence of an oxidizing agent produces both iodine and iodate ions.
(39) The disproportionation of hydrogen cyanide in the presence of a strong acid produces both formic acid and ammonia.
(40) The disproportionation of chlorine in water leads to the formation of both hydrochloric acid and hypochlorous acid.
Disproportionation meaningful sentence
(41) The disproportionation of sulfuric acid in the presence of a reducing agent generates both sulfur dioxide and water.
(42) The disproportionation of hydrogen iodide in the presence of a strong base produces both iodide ions and iodine gas.
(43) The disproportionation of iodate ions in an acidic solution results in the formation of both iodine and iodide ions.
(44) The disproportionation of iodine in the presence of a strong base results in the formation of iodide and iodate ions.
(45) In the presence of a catalyst, the disproportionation of chlorine gas yields both hydrochloric acid and chloric acid.
(46) The disproportionation of hydrogen bromide in the presence of a metal catalyst produces both bromine and hydrogen gas.
(47) The disproportionation of hypochlorite ions in water results in the formation of both chloride ions and chlorate ions.
(48) The disproportionation of thiosulfuric acid in water leads to the formation of both sulfuric acid and elemental sulfur.
(49) The disproportionation of hypochlorous acid in water leads to the formation of both hydrochloric acid and chlorate ions.
(50) The disproportionation of hydrogen telluride in the presence of a metal catalyst yields both tellurium and hydrogen gas.
Disproportionation sentence examples
(51) The disproportionation of thiosulfate ions in an acidic solution leads to the formation of both sulfur and sulfate ions.
(52) Disproportionation is a chemical reaction that involves the conversion of a single substance into two different products.
(53) The disproportionation of nitrite ions in an acidic solution leads to the formation of both nitrate ions and nitrogen gas.
(54) The disproportionation of thiosulfite ions in an acidic solution results in the formation of both sulfur and sulfate ions.
(55) The disproportionation of hydrogen sulfide in an acidic solution results in the formation of both sulfur and hydrogen ions.
(56) The disproportionation of sulfite ions in an acidic solution leads to the formation of both sulfur dioxide and sulfate ions.
(57) The disproportionation of nitrite ions in acidic solution results in the formation of both nitric oxide and nitrogen dioxide.
(58) The disproportionation of nitric acid in an alkaline solution results in the formation of both nitrate ions and nitrous acid.
(59) The disproportionation of carbon monoxide in the presence of a metal catalyst produces both carbon dioxide and elemental carbon.
(60) The disproportionation of sulfur dioxide in the presence of a metal catalyst generates both sulfur trioxide and elemental sulfur.
(61) The disproportionation of sulfur dioxide in the presence of water leads to the formation of both sulfurous acid and sulfuric acid.
(62) The disproportionation of sulfur trioxide in the presence of water leads to the formation of both sulfuric acid and sulfurous acid.
(63) The disproportionation of ozone in the stratosphere plays a crucial role in protecting the Earth from harmful ultraviolet radiation.
Disproportionation meaning
Disproportionation is a term commonly used in chemistry to describe a specific type of reaction where a single compound undergoes both oxidation and reduction simultaneously. This process results in the formation of two different products, one that is more oxidized and another that is more reduced than the original compound. In order to effectively use the word "disproportionation" in a sentence, it is important to understand its meaning and context. Here are some tips on how to incorporate this word into your writing:
1. Define the term: When introducing the word "disproportionation" in a sentence, it is helpful to provide a brief definition or explanation.
For example, "Disproportionation refers to a chemical reaction in which a compound undergoes simultaneous oxidation and reduction, resulting in the formation of two different products."
2. Use it in a scientific context: Given that "disproportionation" is primarily used in the field of chemistry, it is important to use it in a scientific context. For instance, "The disproportionation of hydrogen peroxide produces both water and oxygen gas."
3. Provide examples: To further illustrate the concept of disproportionation, it can be helpful to provide specific examples of reactions where this process occurs.
For example, "The disproportionation of chlorine gas results in the formation of both hydrochloric acid and chloric acid."
4. Connect it to related concepts: To enhance the understanding of disproportionation, you can connect it to related concepts or reactions. For instance, "Disproportionation is closely related to redox reactions, where electrons are transferred between species."
5. Use it in a sentence with other scientific terms: To demonstrate a comprehensive understanding of the word, try incorporating it into a sentence alongside other scientific terms.
For example, "The disproportionation of nitric oxide in the presence of oxygen and water leads to the formation of both nitric acid and nitrogen dioxide."
6. Highlight its significance: In some cases, it may be relevant to emphasize the importance or significance of disproportionation in a particular context. For instance, "The disproportionation of free radicals plays a crucial role in the initiation and propagation of chain reactions."
7. Consider the audience: When using the word "disproportionation," it is important to consider the audience and their level of familiarity with scientific terminology. If writing for a general audience, it may be necessary to provide additional explanations or simplify the language used.
In conclusion, incorporating the word "disproportionation" into your writing requires a clear understanding of its meaning and context. By providing definitions, examples, and connecting it to related concepts, you can effectively use this word in a sentence within a scientific context.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Disproportionation. They do not represent the opinions of TranslateEN.com.