isothermally in a constant volume batch reactor. To determine: a) The concentration profile of A,B and C as a function of time for the reactions carried out at 300,325 and 350K. b) The values of conversion and concentration A,B and C at equilibrium at 300,325 and 350K. c) The profile of variation of the equilibrium constant, conversion and concentration of components at equilibrium as a function of temperature. Data: Initial concentration of A,Cao=1mol/L Initial concentration of B,Cbo=2mol/L Initial concentration of C,CcO=0mol/L Equilibrium constant, Kc(325K)=10 Rate constant, k1(325K)=0.2L/mol.s Enthalpy of reaction, H2=45kJ/mol Activation energy, Ea=50kJ/mol Gas constant, R=8,314J/mol.K