Column -1( Reaction Equilibrium )Column -II ( Degree of dissociation of X in terms of their equilibrium constants assuming degree of dissociation of Y is same that of Xwhenever applicable ) ( P ) X ( g) rarr Z (g) + Y ( s)( 1)( 2 sqrt( K))/( 1+ 2 sqrt(K))( Q )2X(g) rarr Y (g) + Z ( g)( 2) ( 2 sqrt( K))/( 1+sqrt(K)) ( R )X ( g) +Y(g) rarr Z(g) + W(g)( 3)( K )/( K+1) ( S ) X ( g) rarr ( Y )/( 2)(s) + ( Z)/( 2) (g)( 4) ( 2K)/( 1+ 2K) Codes :

Column -1( Reaction Equilibrium )Column -II ( Degree of dissociation o

1.	Column -1( Reaction Equilibrium )Column -II ( Degree of dissociation of X in terms of their equilibrium constants assuming degree of dissociation of Y is same that of Xwhenever applicable ) ( P ) X ( g) rarr Z (g) + Y ( s)( 1)( 2 sqrt( K))/( 1+ 2 sqrt(K))( Q )2X(g) rarr Y (g) + Z ( g)( 2) ( 2 sqrt( K))/( 1+sqrt(K)) ( R )X ( g) +Y(g) rarr Z(g) + W(g)( 3)( K )/( K+1) ( S ) X ( g) rarr ( Y )/( 2)(s) + ( Z)/( 2) (g)( 4) ( 2K)/( 1+ 2K) Codes :
Answer» <P>`{:(P,Q,R,S),(3,2,2,4):}` `{:(P,Q,R,S),(3,1,2,4):}` `{:(P,Q,R,S),(1,3,4,2):}` `{:(P,Q,R,S),(1,4,2,3):}` ANSWER :A