Question

Реакция разложения сульфата калия при температуре?

Answer 1

Сульфат калия (соль щелочного металла) плавится без разложения

Answer 2

Reaction of Potassium Sulfate Decomposition at Temperature

The reaction of potassium sulfate (K2SO4) decomposition at high temperatures involves the breakdown of the compound into its constituent elements and other compounds. At elevated temperatures, potassium sulfate undergoes decomposition to produce potassium oxide (K2O) and sulfur dioxide (SO2) as the primary products.

The decomposition reaction of potassium sulfate can be represented as follows: K2SO4(s) → K2O(s) + SO2(g)

The decomposition of potassium sulfate occurs at a high temperature of around 1070°C (1343 K) At this temperature, the compound breaks down into potassium oxide and sulfur dioxide. The reaction is endothermic, requiring energy input to proceed.

The decomposition of potassium sulfate is an important process in various industrial applications, such as in the production of potassium-based compounds and in certain chemical reactions that require the use of sulfur dioxide as a reactant.

In summary, the reaction of potassium sulfate decomposition at high temperatures results in the formation of potassium oxide and sulfur dioxide as the primary products, and it occurs at a temperature of approximately 1070°C.

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