Consider an isolated process of ozone absorption conducted on a Winter day in Toronto. A stream of water (flowing at 2.4. 10-5 m/s) is absorbing ozone which is present in air. The water contains 3.5 mol/m ozone at its inlet and 7.1 mol/m ozone at its outlet. The contact section of the air with this stream is 4.2 m. The ozone dissolves in water via Henry's law: the relevant constant is 0.0682 m atm/mol. The gas and liquid coefficients for effective convection are 4.0 10-3 m/s and 2.0 10-6 m/s, respectively. a. Calculate the overall coefficient for molar transfer. b. Determine the molar concentration of ozone in the air which achieves this absorption. Determine the molar rate of ozone transfer. C. d. Is the molar transfer limited by the liquid or gas resistance?