which one is better linear freundlich isotherm and second order freundlich in term of rate of reaction and application + solve the comming question using the following equation plz:

(y0/y2)-1=[(y1/y2)^(1/ n)][(y1/y2)-1]

n order of frundlish isotherm

In a two stage counter current adsorption, the initial solution enters the absorber by concentration of 0.36g/L and 54% separation happened. i) If the equilibrium equation in each stage follow the linear Freundlich equation, find the concentration of the solution leaving the first stage. [10 Marks] ii) If the equilibrium equation in each stage follow the second order Freundlich equation, find the concentration of the solution leaving the first stage? [10 Marks] iii) Compare the results of part i and ii in terms of the rate of reaction and application of two adsorption isotherms. [5 Marks]