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Solid ammonium carbamate (NH4)(CO2NH2)decomposes according to the following question:
(NH4)(CO2NH2)(s) <----> 2NH3(g) = CO2(g)
When a 5.00-g sample of solid (NH4)(CO2NH2) was introduced into an evacuated and sealed 10.0-L flask at 25oC and the above reaction occurred until an equilibrium was established, the total pressure of the equilibrium mixture in the flask was 0.26 atm. Calculate the percentage (by mass) of the solid (NH4)(CO2NH2) that has decomposed at 25oC.
Solid ammonium carbamate (NH4)(CO2NH2)decomposes according to the following question:
(NH4)(CO2NH2)(s) <----> 2NH3(g) = CO2(g)
When a 5.00-g sample of solid (NH4)(CO2NH2) was introduced into an evacuated and sealed 10.0-L flask at 25oC and the above reaction occurred until an equilibrium was established, the total pressure of the equilibrium mixture in the flask was 0.26 atm. Calculate the percentage (by mass) of the solid (NH4)(CO2NH2) that has decomposed at 25oC.
Patrina SchowalterLv2
13 Dec 2019
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