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18 Dec 2019
Consider the air pollutants NO and NO2, contributors tophotochemical smog. Both can be formed by the reation betweenatmospheric nitrogen and oxygen. At 25 C,
N2(g)+O2(g)----2NO(g)K1=4.2E-31 (1)
N2(g)+2O2(g)----2NO2(g) K2=1.0E-18(2)
A) Wtire the equilibrium constant expression for the formationof two moles of NO at 25 C
B) CalculateK for the formation of one mole of NO at 25 C
C) Caluculate K for the decomposition of one mole of NO2 at 25C
D) Calculate K for the following reaction at 25 C
2NO(g)+O2(g)----2NO2(g)
Consider the air pollutants NO and NO2, contributors tophotochemical smog. Both can be formed by the reation betweenatmospheric nitrogen and oxygen. At 25 C,
N2(g)+O2(g)----2NO(g)K1=4.2E-31 (1)
N2(g)+2O2(g)----2NO2(g) K2=1.0E-18(2)
A) Wtire the equilibrium constant expression for the formationof two moles of NO at 25 C
B) CalculateK for the formation of one mole of NO at 25 C
C) Caluculate K for the decomposition of one mole of NO2 at 25C
D) Calculate K for the following reaction at 25 C
2NO(g)+O2(g)----2NO2(g)
Trinidad TremblayLv2
31 Dec 2019