The equilibrium mixture for formation of sulphur trioxide from sulphur dioxide present in 1 litre vessel at 600- C contains 0-5- 0-12 and 5 mole of SO2- O2 and SO3-A Calculate Kc at 600-CB Calculate KpC How many moles of O2 must be forced into reaction vessel at 600-C in order increase the concentration of SO3 to 5-2 moles-

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Derivation of Kp and Kc

The equilibri...

Question

The equilibrium mixture for formation of sulphur trioxide from sulphur dioxide present in 1 litre vessel at $600^{\circ} C$ contains 0.5, 0.12 and 5 mole of $S O_{2}$ , $O_{2}$ and $S O_{3}$ .

A) Calculate $K_{c}$ at $600^{\circ} C$
B) Calculate $K_{p}$
C) How many moles of $O_{2}$ must be forced into reaction vessel at $600^{\circ} C$ in order increase the concentration of $S O_{3}$ to 5.2 moles?

83.3 m o l^{- 1} l i t^{- 1}, 11.62 (a t m)^{- 1} a n d 3.4 m o l e

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833.33 m o l^{- 1} l i t^{- 1}, 11.62 (a t m)^{- 1} a n d 0.34 m o l e

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8.33 m o l^{- 1} l i t^{- 1}, 1.62 (a t m)^{- 1} a n d 0.68 m o l e

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83.33 m o l^{- 1} l i t^{- 1}, 1.62 (a t m)^{- 1} a n d 0.17 m o l e

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Solution

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