`N_2` and `H_2` in `1 : 3` molar ratio are heated in a closed container having a catalyst. When the following equilibriu

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Q 1118112009.     `N_2` and `H_2` in `1 : 3` molar ratio are heated in a closed container having a catalyst. When the following equilibrium `N_2(g) + 3 H_2(g) ⇌ 2NH_3(g)` is attained, the total pressure is `10` atm and mole fraction of `NH_3` is `0.60`. Find the equilibrium constant `K_p` for the dissociation of `NH_3.`

A

`1.02` `atm^2`

B

`0.75` `atm^2`

C

`0.75` `atm^(-2)`

D

`1.02` `atm^(-2)`

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Solution
(Provided By a Student and Checked/Corrected by EXXAMM.com Team)

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