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Silver nitrate and sodium sulfate react under acidic conditions
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Adrian Wiechoczek
Silver nitrate and sodium sulfate react under acidic conditions
Sulfuric acid root may form hydrogen sulfate roots in a very acidic environment, because hydrogen sulfate roots are medium -sized acid and are not completely ionized, which is not consistent with what we have learned in our middle school.Solubble in water, so you can't see precipitation under acidic conditions, and silver sulfate is less dissolved, so you can generate silver sulfate precipitation under neutral conditions. Sodium sulfate and acid reaction generate unstable sulfuric acid, and then become water and irritating sulfur dioxide gas.
Sulfuric acid root may form hydrogen sulfate roots in a very acidic environment, because hydrogen sulfate roots are medium -sized acid and are not completely ionized, which is not consistent with what we have learned in our middle school.Solubble in water, so you can't see precipitation under acidic conditions, and silver sulfate is less dissolved, so you can generate silver sulfate precipitation under neutral conditions. Sodium sulfate and acid reaction generate unstable sulfuric acid, and then become water and irritating sulfur dioxide gas.
AG2SO4 is slightly soluble in water (about 0.02mol/L). Therefore, if the concentration of AGNO3 is large enough, it is normal to generate AG2SO4 precipitation.Of course, under acidic conditions, AGHSO4 can be formed, and its solubility can be increased, and it is normal to not see the precipitation; if it is alkaline, there is a more difficult AG2O. Under acidic conditions, NA2SO3 + 2H + \u003d 2NA + + H2O + SO2 (G)
AG2SO4 is slightly soluble in water (about 0.02mol/L). Therefore, if the concentration of AGNO3 is large enough, it is normal to generate AG2SO4 precipitation.Of course, under acidic conditions, AGHSO4 can be formed, and its solubility can be increased, and it is normal to not see the precipitation; if it is alkaline, there is a more difficult AG2O. Under acidic conditions, NA2SO3 + 2H + \u003d 2NA + + H2O + SO2 (G)
Sodium sulfate and acid reaction generate unstable sulfuric acid, and then become water and irritating sulfur dioxide gas.
Sodium sulfate and acid reaction generate unstable sulfuric acid, and then become water and irritating sulfur dioxide gas.
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Under acidic conditions, NA2SO3 + 2H + \u003d 2NA + + H2O + SO2 (G)
Under acidic conditions, NA2SO3 + 2H + \u003d 2NA + + H2O + SO2 (G)
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