Au2S3 + K2S = K3[AuS2] + K2S2 |

Au₂S₃ + 5K₂S → 2K₃[AuS₂] + 2K₂S₂

Gold(III) sulfide react with potassium to sulfide produce ditioaurate(I) potassium and potassium disulfide. Potassium sulfide - concentrated solution. The reaction proceeds at room temperature.

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Gold(III) sulfide react with potassium to sulfide produce ditioaurate(I) potassium and potassium disulfide. Potassium sulfide - concentrated solution. The reaction proceeds at room temperature

Au₂S₃ + 5K₂S → 2K₃[AuS₂] + 2K₂S₂

Picture of reaction:

Сoding to search: Au2S3 + 5 K2S = 2 K3AuS2 + 2 K2S2

Add / Edited: 25.01.2015 /

Evaluation of information: 5.0 out of 5 / number of votes: 1

Gold(III) sulfide react with potassium to sulfide produce ditioaurate(I) potassium and potassium disulfide. Potassium sulfide - concentrated solution. The reaction proceeds at room temperature

Au2S3 + 5K2S → 2K3[AuS2] + 2K2S2

Picture of reaction:

Сoding to search: Au2S3 + 5 K2S = 2 K3AuS2 + 2 K2S2

Add / Edited: 25.01.2015 / document.write(dtm['day']+'.'+dtm['mon']+'.'+dtm['year'])

Au₂S₃ + 5K₂S → 2K₃[AuS₂] + 2K₂S₂

Add / Edited: 25.01.2015 /