If K_{1} and K_{2} are the respective equilibrium constants for the two reactions, {XeF}_{6}+ {H}_{2} {O}_{(g)} \to {XeOF}_{4(g)}+2 {HF}_{(g)} {XeO}_{4(g)}+ {XeF}_{6(g)} \to {XeOF}_{4(g)}+ {XeO}_{3} {F}_{2(g)} the equilibrium constant of the reaction, {XeO}_{4(g)}+2 {HF}_{(g)} \to {XeO}_{3} {F}_{2(g)}+ {H}_{2} {O}_{(g)} will be (1998)

Class 11 NEET Chemistry Equilibrium Questions Part 1

Question : 80 of 100

Marks: +1, -0

If K1 and K2 are the respective equilibrium constants for the two reactions,

XeF6+H2O(g)→XeOF4(g)+2HF(g) XeO4(g)+XeF6(g)→XeOF4(g)+XeO3F2(g)

the equilibrium constant of the reaction,

XeO4(g)+2HF(g)→XeO3F2(g)+H2O(g)

will be

(1998)

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