Initial number of moles of reactants taken in a closed reaction vessel is given. Percentage degree of dissociation is also given . Identify the correct sequence of steps to calculate k_(c)value. (1) calculation of equilibriumconcentrations of reactants and products (2) calculation of equilibrim concentration number of moles (3) writing equilibrium constant expression for the reaction (4) calculation of k_(c) value by using the equilibrium concentration

Initial number of moles of reactants taken in a closed reaction vessel

1.	Initial number of moles of reactants taken in a closed reaction vessel is given. Percentage degree of dissociation is also given . Identify the correct sequence of steps to calculate k_(c)value. (1) calculation of equilibriumconcentrations of reactants and products (2) calculation of equilibrim concentration number of moles (3) writing equilibrium constant expression for the reaction (4) calculation of k_(c) value by using the equilibrium concentration
Answer» 4,2,3,1 2,1,3,4 3,2,1,4 2,1,4,3 Solution :(i) calculate of equilibrium number of moles (ii) calculation of equilibrium concentrations of reactants and products (iii) writing equilibrium expression for the reaction (iv) calculate of `k_(C)` value by USING the equilibrium CONCENTRATION