The equlibrium constant for the reaction between `CH_(4)(g)and H_(2)S(g)` to from `CS_(2)(g)and H_(2)(g),` at 1173 K is 3.6. for the following composition of th reaciton mixture, decide which of the following option is correct `[CH_(4)]=1.07M,[H_(2)S]=1.20M,` `[CS_(2)]=0.09 M, [H_(2)]=1.78M`A. Reaction is in equlibriumB. Reaction will shift to from more of `CS_(2)`C. Reaction will shift to from more of `H_(2)S`D. No reaction takes place

The equlibrium constant for the reaction between `CH_(4)(g)and H_(2)S(

1.	The equlibrium constant for the reaction between `CH_(4)(g)and H_(2)S(g)` to from `CS_(2)(g)and H_(2)(g),` at 1173 K is 3.6. for the following composition of th reaciton mixture, decide which of the following option is correct `[CH_(4)]=1.07M,[H_(2)S]=1.20M,` `[CS_(2)]=0.09 M, [H_(2)]=1.78M`A. Reaction is in equlibriumB. Reaction will shift to from more of `CS_(2)`C. Reaction will shift to from more of `H_(2)S`D. No reaction takes place
Answer» Correct Answer - C `CH_(4)(g)+2H_(2)S(g)hArrCS_(2)(g)+4H_(2)(g)` `Q_(c)=((0.90)(1.78)^(4))/((1.04)(1.20))=5.86. As Q_(c)gtK_(c),` equlibrium will go in to backward direction.

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