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Ammonia sulfide is (NH4)2SO4. And the molar mass is 116 g mol-1.
You need the Ksp of copper sulphide. From that you can use the equation for solubility product - Ksp = [Cu2+].[S-] where the Cu2+ term becomes 25M.
The chemical equation is; H2S(g) + 2NH3(aq) -> (NH4)2S(aq) and can be expanded as H2S(g) + 2NH4OH(aq) -> (NH4)2S(aq) + 2H2O(l) as aqueous ammonia is a solution of ammonium hydroxide.
Yes, Sulfur is dissolved in hot ammonia solutions, other strong alkali may be used. The result would be Ammonium Sulfide. Sulfur will dissolve in 70-80 degree C alkali soltuions to form polysulfides. See "The Journal of Industrial and Engineering Chemistry, Volume 12" May 1920 pg 480
15.0
Ammonia sulfide is (NH4)2SO4. And the molar mass is 116 g mol-1.
They don't put anything in your cells.
You need the Ksp of copper sulphide. From that you can use the equation for solubility product - Ksp = [Cu2+].[S-] where the Cu2+ term becomes 25M.
Ammonia, NH3 is a weak base in solution. Can pick up a proton.
If you mean is it soluble in water then the answer is no.
Hydrogen Sulfide
The chemical equation is; H2S(g) + 2NH3(aq) -> (NH4)2S(aq) and can be expanded as H2S(g) + 2NH4OH(aq) -> (NH4)2S(aq) + 2H2O(l) as aqueous ammonia is a solution of ammonium hydroxide.
Yes, Jupiter has clouds which are located in the troposphere which are made up of ammonia, ammonium, hydro sulfide, and H2O.
Gases are: carbon dioxide, ammonia, hydrogen sulfide, methane, ethane, hydrochloric acid etc.
it forms a white precipitate ; Al(OH)3 and ammonium sulfate with additional excess NH4OH,still white ppt wont dissolve this means Aluminum dont make a complex with ammonia
Yes, Sulfur is dissolved in hot ammonia solutions, other strong alkali may be used. The result would be Ammonium Sulfide. Sulfur will dissolve in 70-80 degree C alkali soltuions to form polysulfides. See "The Journal of Industrial and Engineering Chemistry, Volume 12" May 1920 pg 480