What is the chemistry behind the reaction of KNO₃, K₂CO₃ and Sulfur?
2015年3月18日 · Most likely, a mixture of potassium polysulfides is formed first. Possibly, a further more complex reaction takes place between the nitrate ion, carbonate ion and sulfide that …
What are the reaction products of sulfur and potassium nitrate?
2017年3月13日 · Any sulphur present would be rapidly oxidised to sulphur dioxide and possibly some sulphur trioxide. The residual nitrite could further react with excess sulphur to produce …
Sulfur & Potassium Nitrate Reaction - YouTube
2012年1月18日 · Explanation of the non-spontaneous reaction of sulfur and potassium nitrate
KNO3/AL/S Flash Powder - is it safer than the others?
2012年4月18日 · KNO3-flash is not as unstable as Perch-based flash. And it also burns considerable slower. But it still is flash. And remember that KNO3+Sulphur reacts with moist, …
KNO3 - Aluminum flash powder equation. - Pyrotechnics - APC
2013年2月23日 · Potassium metal is way too reactive to be alone like that. I think without sulfur it would form potassium oxide (not sure maybe potassium aluminate). In my opinion it would be …
inorganic chemistry - Does the reaction of sulfur and potassium …
2017年4月20日 · If we talk about the reaction of only sulfur and potassium nitrate, then the reaction yields potassium oxide, sulfur dioxide and nitrogen. $$\ce{4KNO3 + 5S -> 2K2O + …
KNO3 + S + C = K2O + N2 + CO2 + SO2 - Chemical Equation …
Balance the reaction of KNO3 + S + C = K2O + N2 + CO2 + SO2 using this chemical equation balancer!
KNO3 + C + S = K2SO4 + N + CO2 - Chemical Equation Balancer
Two moles of Potassium Nitrate [KNO 3], one mole of Carbon [C] and one mole of Sulfur [S] react to form one mole of Potassium Sulfate [K 2 SO 4], two moles of Nitrogen [N] and one mole of …
Sciencemadness Discussion Board - Mixture of KNO3 and sulfur …
2012年1月2日 · Melt down the sulfur, and stir in the correct amount of nitrate. Mix well and let it solidify. It will burn quite well and to completion, though not as fast as black powder.
S + C + 2 KNO3 → CO2 + K2SO4 + N2 - Balanced equation
S + C + 2 KNO3 → CO2 + K2SO4 + N2 - Balanced equation | Chemical Equations online! This is an oxidation-reduction (redox) reaction: S is a reducing agent, C is a reducing agent, KNO3 is …