Calculate the volume of an isothermal liquid phase CSTR reactor irreversible that operates at $45\backslash$deg C and achieves a conversion of $80\%.$A$+$B$->$C $.$The reactor will be fed with a volumetric flow of the compound $$A$$ of $30$ L$/$min $($concentration of $$A$$ of $0\mathrm{.}4$ mol$/$L$)$ and a volumetric flow of the compound $$B$$ of $60$ L$/$min $($concentration of $$ B$$ of $0\mathrm{.}8$ mol$/$L$).$ Assume that the densities of both currents are equal.