In a vessel, two equilibrium are simultaneously established at the same temperature as follows: N_(2)(g) + 3H_(2) (g)hArr2 NH_(3) (g) ...(1) N_(2)(g) + 2H_(2) (g)hArrN_(2)H_(4) (g) ...(2) Initially the vessel contains N_(2) and H_(2 )in the molar ratio of 9 : 13. The equilibrium pressure is 7P_(0) , in which pressure due to ammonia is P_(0) and due to hydrogen is 2P_(0). Find the values of equilibrium constants (K_(P)’s) for both the reactions

In a vessel, two equilibrium are simultaneously established at the sam

1.	In a vessel, two equilibrium are simultaneously established at the same temperature as follows: N_(2)(g) + 3H_(2) (g)hArr2 NH_(3) (g) ...(1) N_(2)(g) + 2H_(2) (g)hArrN_(2)H_(4) (g) ...(2) Initially the vessel contains N_(2) and H_(2 )in the molar ratio of 9 : 13. The equilibrium pressure is 7P_(0) , in which pressure due to ammonia is P_(0) and due to hydrogen is 2P_(0). Find the values of equilibrium constants (K_(P)’s) for both the reactions
Answer» SOLUTION :`K_(P_(1))=1/(20O_(0)^(2)),K_(P_(2))=3/(20P_(0)^(2))`