The reaction M2A(g) + B (g) hArr 3 C (g) + D (g)is begun with the concentrationsof A and B both at intial value of 1.00 M. Whenequilibrium is reached , the concentrations of D is measured and is reached , the concentration of D is measured and found to be 0*25 M . The value for the equilibriumconstant for this reaction is given by the expresion

The reaction M2A(g) + B (g) hArr 3 C (g) + D (g)is begun with the conc

1.	The reaction M2A(g) + B (g) hArr 3 C (g) + D (g)is begun with the concentrationsof A and B both at intial value of 1.00 M. Whenequilibrium is reached , the concentrations of D is measured and is reached , the concentration of D is measured and found to be 0*25 M . The value for the equilibriumconstant for this reaction is given by the expresion
Answer» `[(075)^(3)(025)] div [(1.00)^(2)(1.00)]` `[(075)^(3) (025)]div [(050)^(2) (075)]` `[(075)^(3) (025)]div [(050)^(2) (075)]` `[(075)^(3) (025)] div [(075)^(2) (025)]` Solution :` 2 A (G) + B (g) hArr 3 C (g) + D (g)` `{:(,2A(g),+,B(g),hArr,3 C(g),+,D(g)),("Intial",1.0 M,,1.0 M,,0,,0),("conc.",,,,,,,),("Eqm.",1-(2xx0.25),,1-0.25,,3xx0.25,,0.25),("conc".,0.5 M,,0.75 M,,0.75 M,,):}` ` K=([C]^(3) [D])/([A]^(2) [B])= ((0.75)^(3) (0.25))/((0.5)^(2) (0.75))`